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"Hidden Skin" explores concepts of stability and comfort as it celebrates the resilience and creativity of generations of colonial New Zealand women, and reflects on our modern demands as we face an economically and environmentally uncertain future.
Using the material of building paper - the membrane, or hidden skin, that creates the impermeable seal around our domestic lives - the work comprises large scale crocheted fabrics.
By focussing on the methodical process of forming stitches, knots and chains and reworking an industrial material into a symbol of comfort, "Hidden Skin" pays tribute to women's great capacity and responsibility for 'holding it all together'.
Joseph Pitton de Tournefort (1656-1708) was a French botanist. He was born to a well-to-do family in Aix-en-Provence. Tournefort initially took up studies in theology. However, as he had a marked inclination towards natural sciences, he turned to medicine. He completed his studies at the University of Montpellier. In 1681, he was in Barcelona doing research in botany. In 1694 Tournefort published his first three-volume work, in which he classified 8846 plants. In 1698 he became Doctor in Medicine of the University of Paris. At that time his treatise was also translated into Latin. Tournefort became a famous physician and naturalist. He travelled extensively in Western Europe (Spain, Portugal, the Netherlands, England). He had published a number of works on botany, and had acquired a fabulous collection of nearly 50.000 books, as well as costumes, arms, minerals, shells and various curiosities. Thus, he already had a very important career behind him when Louis XIV entrusted him with the mission to bring new plants to the Royal Botanical Garden.
Tournefort started out on his voyage to the Near East in the spring of 1700, at the age of 44, accompanied by a painter and a doctor. He visited thirty-eight islands of the Greek archipelago, as well as Northern Anatolia, Pontus and Armenia, and reached Tiflis in Georgia. Tournefort returned to Marseilles in June 1702.
His manuscript, composed of his letters to the Minister of the Exterior Count de Pontchartain, was published posthumously in 1717. A number of re-editions followed, while his work was also translated into English, German and Flemish. There is also a Greek translation of the first part. The fact that Tournefort had discovered new plants in his journey led him to publish a supplement to his main work of botanical classification in 1703. He taught Botany in the Académie, while continuing to practice medicine; at the same time, he was in charge of the Royal Gardens, where many plants he brought from his travels were cultivated with success. Having survived a multitude of adventures, Tournefort died of an accident in 1708. He did not live to see the publication of his travel chronicle, which in the following three centuries became the basic manual to all travellers to these regions. Until today, researchers from numerous fields turn to Tournefort’s text, as it remains an invaluable source of information. He describes the places he visited in a particular systematic manner.
The systematic way he organizes his information on topography, economy, administration, ethnic composition, customs and habits of everyday life shows how one can arrive at truth and knowledge through research, methodical study, classification and generalisation. To document his research, Tournefort cites a hundred and thirty-five texts by Greek and Latin authors as well as Byzantine writers, Humanists, and earlier travel accounts.
He methodically narrates his visit to each island, and describes the locations as well as events that he witnessed and encounters with locals. He then continues with the island’s history from ancient times to the current age, citing the corresponding myths, and comparing with the information provided by ancient coins. Subsequently, he writes on the island’s administration and taxes, commerce, products and prices thereof. An entire chapter is dedicated to the Greek church. Tournefort also writes on monasteries and churches, house architecture and caves. He also describes the customs, the dress and the occupations of the inhabitants. He concludes his chapters with geographical observations from the highest point of each main region.
Naturally, his work includes engravings of city views, locations and monuments as well as plants, instruments and costumes. The text becomes alive with vivid descriptions of his encounters with islanders, be it Turks, Franks, Greeks or privateers. Of special interest are his descriptions of fortresses, ports, safe havens and his information on map drawing.
The second volume is a publication of his thoroughly documented manuscripts. It was not edited by Tournefort himself as had happened with the first. On numerous occasions he refers to the politics, administration and ethnic composition of the Ottoman Empire. He continues with his journey on the southern coast of the Black Sea to Armenia. The work closes with a short description of Smyrna and Ephesus.
Tournefort is considered the first to have shown the islands of the Archipelago to be “travel material”, as he offered information which inspired the interest for further research, and also highlighed each location’s wealth and uniqueness.
Written by Ioli Vingopoulou
Fransız botanikçi Joseph Pitton de Tournefort (1656-1708) Aix-en-Provence'da varlıklı bir aile içinde doğar, ilk önce tanrıbilim (teoloji) dersleri izler ancak genç yaştan beri doğa bilimlerine eğilim gösterir. Bu yüzden Montpellier'de tıp öğrenimi görüp 1681'de botanik araştırmaları yapmak üzere Barcelona'ya gelir. 1694 yılında üç ciltlik ve 8.846 bitkinin sınıflandırmasına ilişkin ilk eserini yayınlar; 1698'de Paris Tıp Fakültesinden doktor unvanını alır ve bu kazanımı yapıtının latince çevirisi izler. Doktor ve doğa bilimcisi olarak ün salmış, Batı Avrupa'da (İspanya, Portekiz, Hollanda, İngiltere'ye) seyahat etmiş, botanoloji ile ilgili kitaplar yayınlamış, 50.000'e yakın kitaptan meydana gelen bir kitaplık oluşturmuş, ayrıca yerel kıyafet, silah, mineral, deniz kabuğu ve daha başka ilginç şeylerden oluşan hayranlık uyandıran koleksiyonlar sahibi olmuşken, kral 14. Louis ona Kraliyet Botanik Bahçesine yeni bitkiler getirme görevini verir. Tournefort 1700 yılının ilkbaharında, 44 yaşındayken, yanına yoldaş olarak bir ressam ve bir doktor alarak Yakın Doğu'ya doğru yola çıkar.
Ege adalarından 38 tanesini ziyaret eder, Kuzey Anadolu'nun her tarafını gezip Karadeniz ve Ermenistan yörelerine gelir, Tiflis'e varır. Tournefort, 1702 yılının Haziran ayında Marsilya'da karaya ayak basar.
Kaleme aldığı metin (Dışişleri bakanı Kont de Pontchartain'e yolladığı mektuplar biçiminde) ilk olarak 1717'de yayınlanır, bu ilk yayını bir çok yeni baskı izler ve eser ingilizce, almanca ve flamanca gibi dillere- ilk kısmı yunancaya da - çevrilir. Yeni keşfettiği bitkilerin daha önce belirlemiş olduğu sınıflandırma sistemine eklenmesi sonucu olarak 1703'te yeni bir cilt yayınlar. Tournefort botanik profesörü sıfatıyla Akademide dersler verir, doktorluk mesleğini ve bunlara koşut olarak Kraliyet Bahçesinin sorumluluğu görevini sürdürür. Gezilerinden getirmiş olduğu birçok yeni bitki bu bahçede başarılı bir şekilde yetiştirilir. Tournefort geçirdiği birçok maceradan kefeni yırtmışken, üç asır boyunca her gezginin bu bölge için başucu kitabı olacak seyahatnamesinin yayınlanmasını göremeden 1708'de bir kaza sonucu ölür. Bugün hâlâ çeşitli dallardan araştırmacılar Tournefort'un metnine başvurup son derece değerli bilgilerinden faydalanmak durumundalar. Eseri anında ingilizce, hollandaca ve almancaya çevrilmişti.
Gezdiği yerleri betimlerken belirli bir yöntem izleyerek topoğrafya, ekonomi, yönetim, milletler sentezi ve günlük yaşamdaki örf ve adetlere ilişkin bilgiler verirken, Tournefort, bilginin gerçeğe uyup uymadığı konusuna araştırma, düzenli okuma, sınıflandırma ve genelleştirme yoluyla yanaşılabileceğini kanıtlıyor. Kanıtlayıcı belgeleri arasında antik Yunan ve Latin yazarlarından, ayrıca Bizans yazarlarından ve daha eski hümanist bilgin ve gezginlerden 135 tane metin bulunmakta.
Ziyaret ettiği her ada için düzenli olarak ziyaretini anlatıp birçok yeri ve olayı hatta yerlilerle olan görüşmelerini de betimler. Bunlara ek olarak, adanın eski çağlardan gününe dek tarihi ve bununla ilintili efsaneler, sikkeler hakkında, yönetim, vergilendirme usulleri, ticaret, ürünler ve fiyatları hakkında bilgiler verir. Ayrıca Yunanistan'ın dinî (kilise) yaşamına başlıbaşına bir bölüm ayırır. Manastırlar, kiliseler, evlerin mimarisi, mağaralar hakkında yazar, adetler ve kıyafetleri betimleyip halkın uğraşlarından sözeder ve önemli yörelerin her birinin en yüksek irtifasından yaptığı coğrafya gözlemleri ile anlatımını bitirir.
Doğal olarak eserinde şehir, yer, anıt, bitki, alet, ve kıyafet görünümleri ile ilgili gravürler de yer almakta. Ayrıca metni ada halkıyla (Türkler, Latinler, Yunanlılar, korsanlarla) ilişkilerinden çarpıcı betimlemelerle de çeşitlenir. Kitabında hisarlar, gemi barınakları, güvenli limanlar hakkında yaptığı betimlemeler ve harita çizimi ile ilgili verdiği bilgiler özel ilgi uyandıran kısımlar arasındadır.
Eserinin birinci cildinin yayına hazırlığını kendisi denetlemişken ikinci cilt kendi ayrıntılı yazılarına sadık kalınarak basılır. Bu cildin başındaki birçok bölüm Osmanlıların siyasal, yönetimsel ve etnografik durumuna ayrılmıştır. Bunun devamında Karadeniz'in güney kıyılarında yaptığı Ermenistan'a kadar varan yolculuğunu anlatıp kitabı İzmir ve Efes'in kısa bir betimlemesi ile bitirir.
Böylece Tournefort, başkalarında arayış isteğini besleyecek nitelikte malzeme sağlamanın yanısıra, gördüğü her yerin sonsuz zengiliğini ve kendine özgü niteliklerini yüzeye çıkarması açısından Ege adalarına bir "yolculuk uknumu" veren ilk şahıs olarak bilinir.
Yazan: İoli Vingopoulou
Joseph Pitton de Tournefort (1656-1708) was a French botanist. He was born to a well-to-do family in Aix-en-Provence. Tournefort initially took up studies in theology. However, as he had a marked inclination towards natural sciences, he turned to medicine. He completed his studies at the University of Montpellier. In 1681, he was in Barcelona doing research in botany. In 1694 Tournefort published his first three-volume work, in which he classified 8846 plants. In 1698 he became Doctor in Medicine of the University of Paris. At that time his treatise was also translated into Latin. Tournefort became a famous physician and naturalist. He travelled extensively in Western Europe (Spain, Portugal, the Netherlands, England). He had published a number of works on botany, and had acquired a fabulous collection of nearly 50.000 books, as well as costumes, arms, minerals, shells and various curiosities. Thus, he already had a very important career behind him when Louis XIV entrusted him with the mission to bring new plants to the Royal Botanical Garden.
Tournefort started out on his voyage to the Near East in the spring of 1700, at the age of 44, accompanied by a painter and a doctor. He visited thirty-eight islands of the Greek archipelago, as well as Northern Anatolia, Pontus and Armenia, and reached Tiflis in Georgia. Tournefort returned to Marseilles in June 1702.
His manuscript, composed of his letters to the Minister of the Exterior Count de Pontchartain, was published posthumously in 1717. A number of re-editions followed, while his work was also translated into English, German and Flemish. There is also a Greek translation of the first part. The fact that Tournefort had discovered new plants in his journey led him to publish a supplement to his main work of botanical classification in 1703. He taught Botany in the Académie, while continuing to practice medicine; at the same time, he was in charge of the Royal Gardens, where many plants he brought from his travels were cultivated with success. Having survived a multitude of adventures, Tournefort died of an accident in 1708. He did not live to see the publication of his travel chronicle, which in the following three centuries became the basic manual to all travellers to these regions. Until today, researchers from numerous fields turn to Tournefort’s text, as it remains an invaluable source of information. He describes the places he visited in a particular systematic manner.
The systematic way he organizes his information on topography, economy, administration, ethnic composition, customs and habits of everyday life shows how one can arrive at truth and knowledge through research, methodical study, classification and generalisation. To document his research, Tournefort cites a hundred and thirty-five texts by Greek and Latin authors as well as Byzantine writers, Humanists, and earlier travel accounts.
He methodically narrates his visit to each island, and describes the locations as well as events that he witnessed and encounters with locals. He then continues with the island’s history from ancient times to the current age, citing the corresponding myths, and comparing with the information provided by ancient coins. Subsequently, he writes on the island’s administration and taxes, commerce, products and prices thereof. An entire chapter is dedicated to the Greek church. Tournefort also writes on monasteries and churches, house architecture and caves. He also describes the customs, the dress and the occupations of the inhabitants. He concludes his chapters with geographical observations from the highest point of each main region.
Naturally, his work includes engravings of city views, locations and monuments as well as plants, instruments and costumes. The text becomes alive with vivid descriptions of his encounters with islanders, be it Turks, Franks, Greeks or privateers. Of special interest are his descriptions of fortresses, ports, safe havens and his information on map drawing.
The second volume is a publication of his thoroughly documented manuscripts. It was not edited by Tournefort himself as had happened with the first. On numerous occasions he refers to the politics, administration and ethnic composition of the Ottoman Empire. He continues with his journey on the southern coast of the Black Sea to Armenia. The work closes with a short description of Smyrna and Ephesus.
Tournefort is considered the first to have shown the islands of the Archipelago to be “travel material”, as he offered information which inspired the interest for further research, and also highlighed each location’s wealth and uniqueness.
Written by Ioli Vingopoulou
Fransız botanikçi Joseph Pitton de Tournefort (1656-1708) Aix-en-Provence'da varlıklı bir aile içinde doğar, ilk önce tanrıbilim (teoloji) dersleri izler ancak genç yaştan beri doğa bilimlerine eğilim gösterir. Bu yüzden Montpellier'de tıp öğrenimi görüp 1681'de botanik araştırmaları yapmak üzere Barcelona'ya gelir. 1694 yılında üç ciltlik ve 8.846 bitkinin sınıflandırmasına ilişkin ilk eserini yayınlar; 1698'de Paris Tıp Fakültesinden doktor unvanını alır ve bu kazanımı yapıtının latince çevirisi izler. Doktor ve doğa bilimcisi olarak ün salmış, Batı Avrupa'da (İspanya, Portekiz, Hollanda, İngiltere'ye) seyahat etmiş, botanoloji ile ilgili kitaplar yayınlamış, 50.000'e yakın kitaptan meydana gelen bir kitaplık oluşturmuş, ayrıca yerel kıyafet, silah, mineral, deniz kabuğu ve daha başka ilginç şeylerden oluşan hayranlık uyandıran koleksiyonlar sahibi olmuşken, kral 14. Louis ona Kraliyet Botanik Bahçesine yeni bitkiler getirme görevini verir. Tournefort 1700 yılının ilkbaharında, 44 yaşındayken, yanına yoldaş olarak bir ressam ve bir doktor alarak Yakın Doğu'ya doğru yola çıkar.
Ege adalarından 38 tanesini ziyaret eder, Kuzey Anadolu'nun her tarafını gezip Karadeniz ve Ermenistan yörelerine gelir, Tiflis'e varır. Tournefort, 1702 yılının Haziran ayında Marsilya'da karaya ayak basar.
Kaleme aldığı metin (Dışişleri bakanı Kont de Pontchartain'e yolladığı mektuplar biçiminde) ilk olarak 1717'de yayınlanır, bu ilk yayını bir çok yeni baskı izler ve eser ingilizce, almanca ve flamanca gibi dillere- ilk kısmı yunancaya da - çevrilir. Yeni keşfettiği bitkilerin daha önce belirlemiş olduğu sınıflandırma sistemine eklenmesi sonucu olarak 1703'te yeni bir cilt yayınlar. Tournefort botanik profesörü sıfatıyla Akademide dersler verir, doktorluk mesleğini ve bunlara koşut olarak Kraliyet Bahçesinin sorumluluğu görevini sürdürür. Gezilerinden getirmiş olduğu birçok yeni bitki bu bahçede başarılı bir şekilde yetiştirilir. Tournefort geçirdiği birçok maceradan kefeni yırtmışken, üç asır boyunca her gezginin bu bölge için başucu kitabı olacak seyahatnamesinin yayınlanmasını göremeden 1708'de bir kaza sonucu ölür. Bugün hâlâ çeşitli dallardan araştırmacılar Tournefort'un metnine başvurup son derece değerli bilgilerinden faydalanmak durumundalar. Eseri anında ingilizce, hollandaca ve almancaya çevrilmişti.
Gezdiği yerleri betimlerken belirli bir yöntem izleyerek topoğrafya, ekonomi, yönetim, milletler sentezi ve günlük yaşamdaki örf ve adetlere ilişkin bilgiler verirken, Tournefort, bilginin gerçeğe uyup uymadığı konusuna araştırma, düzenli okuma, sınıflandırma ve genelleştirme yoluyla yanaşılabileceğini kanıtlıyor. Kanıtlayıcı belgeleri arasında antik Yunan ve Latin yazarlarından, ayrıca Bizans yazarlarından ve daha eski hümanist bilgin ve gezginlerden 135 tane metin bulunmakta.
Ziyaret ettiği her ada için düzenli olarak ziyaretini anlatıp birçok yeri ve olayı hatta yerlilerle olan görüşmelerini de betimler. Bunlara ek olarak, adanın eski çağlardan gününe dek tarihi ve bununla ilintili efsaneler, sikkeler hakkında, yönetim, vergilendirme usulleri, ticaret, ürünler ve fiyatları hakkında bilgiler verir. Ayrıca Yunanistan'ın dinî (kilise) yaşamına başlıbaşına bir bölüm ayırır. Manastırlar, kiliseler, evlerin mimarisi, mağaralar hakkında yazar, adetler ve kıyafetleri betimleyip halkın uğraşlarından sözeder ve önemli yörelerin her birinin en yüksek irtifasından yaptığı coğrafya gözlemleri ile anlatımını bitirir.
Doğal olarak eserinde şehir, yer, anıt, bitki, alet, ve kıyafet görünümleri ile ilgili gravürler de yer almakta. Ayrıca metni ada halkıyla (Türkler, Latinler, Yunanlılar, korsanlarla) ilişkilerinden çarpıcı betimlemelerle de çeşitlenir. Kitabında hisarlar, gemi barınakları, güvenli limanlar hakkında yaptığı betimlemeler ve harita çizimi ile ilgili verdiği bilgiler özel ilgi uyandıran kısımlar arasındadır.
Eserinin birinci cildinin yayına hazırlığını kendisi denetlemişken ikinci cilt kendi ayrıntılı yazılarına sadık kalınarak basılır. Bu cildin başındaki birçok bölüm Osmanlıların siyasal, yönetimsel ve etnografik durumuna ayrılmıştır. Bunun devamında Karadeniz'in güney kıyılarında yaptığı Ermenistan'a kadar varan yolculuğunu anlatıp kitabı İzmir ve Efes'in kısa bir betimlemesi ile bitirir.
Böylece Tournefort, başkalarında arayış isteğini besleyecek nitelikte malzeme sağlamanın yanısıra, gördüğü her yerin sonsuz zengiliğini ve kendine özgü niteliklerini yüzeye çıkarması açısından Ege adalarına bir "yolculuk uknumu" veren ilk şahıs olarak bilinir.
Yazan: İoli Vingopoulou
"François Gabart, 29, is seen as one of the most gifted yachtsmen of his generation. He is a friendly and methodical skipper with a rigorous and scientific approach to his job, which does not prevent him from enjoying offshore racing with an enthusiastic freshness."
IN: www.vendeeglobe.org/en/skipper/31/francois-gabart.html
Capitainerie, Les Sables d'Olonne, Vendée, France, 01/2013
Nigel is more methodical. He's enjoying his first lolly. Nigel is also a bit of a jokester and has changed the names on the tombstones, hee hee.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
Bakugan Reaper
The Reaper Class is no stranger to vengeance. In fact, they take great pride in unleashing a powerful fury on their helpless targets. Filled deep inside with a type of rage unlike any experienced on earth, Reapers will methodically plan their revenge. When an opportune time arises, they will deliver striking blow after striking blow until nothing is left except for a wicked sense of satisfaction.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
“Some years ago - never mind how long precisely - having little or no money in my purse, and nothing particular to interest me on shore, I thought I would sail about a little and see the watery part of the world. It is a way I have of driving off the spleen, and regulating the circulation. Whenever I find myself growing grim about the mouth; whenever it is a damp, drizzly November in my soul; whenever I find myself involuntarily pausing before coffin warehouses, and bringing up the rear of every funeral I meet; and especially whenever my hypos get such an upper hand of me, that it requires a strong moral principle to prevent me from deliberately stepping into the street, and methodically knocking people’s hats off - then, I account it high time to get to sea as soon as I can. This is my substitute for pistol and ball. With a philosophical flourish Cato throws himself upon his sword; I quietly take to the ship. There is nothing surprising in this. If they but knew it, almost all men in their degree, some time or other, cherish very nearly the same feelings towards the ocean with me.”
Herman Melville
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
Stars of the Japanese judo Katsuhiko Kashiwazaki 8 DAN.
www.ebay.com/itm/Stars-Japanese-judo-Katsuhiko-Kashiwazak...
Technique of TOMOE-NAGE throw training.
Japanese judo school.
This is the first DVD of the series "Stars of the Japanese judo." Main content of this film is TOMOE-NAGE throw training.K.Kashiwazaki the best master of performing this throw not only in Japan but around the world. The first chapter is devoted entirely to this throw. In the film, you will see six variants of the throw, see methodical exercises for study tomoe-nage, and also some preparatory tasks to the trick. A separate section is a combination of action for throw: tomoenage-sasaetsurikomiashi, tomoenage-uchimata, tomoenage-Udehishigijujigatame. The second chapter is devoted to Hikikomi-gaeshi iwazaki throw. Only K.Kashiwazaki can perform this throw by this way. Unusual variant. The third chapter is devoted to OUCHI-GARI throw. This is a personal version of Kashiwazaki. Unusual for a traditional judo. Performing a throw he uses all parts of the body including the head.
K.Kashiwazaki explains every detail and shows a lot. The film will be useful to all lovers of judo.
Product Features
StandardPAL DVD.
Region CodeDVD: 0/All
ProductionKallista Film. Russia.
Release year2008
DirectionJudo technique.
Duration60min.
Filming locationJapan.
LanguageJapanese
Author Pavlov.
Our youngest, Dave, is a handy sort to have around. Recently he discovered antifreeze in the oil of his 2003 Oldsmobile Alero, a bad thing for sure. He decided to tackle the repair himself since he possesses more talent than money. I spent a few hours standing by in case a parts or food run was needed since his car was, obviously, in no condition. He had 8 hours into the job when he called it quits for the night. Everything was basically back together but accessories (alternator, power steering pump, hoses, etc) needed to be installed so the cooling system could be filled and the car started. My guess, a couple more hours. BTW, we were told that service rates say this is a 6 hour job but, of course, that would be for someone who has done this before and knows all of the “tricks”. Regardless, this dad was pretty amazed at what I was witnessing….
Construction is steadily moving forward on the 18,000 sq. ft. Possum Creek Skatepark in Gainesville, Florida.
Led by Spohn Ranch's COO, Mark Bradford, the crews in Gainesville are quickly turning what were once just some dreams scribbled on paper into one of Florida's premiere concrete skateparks.
Through a combination of advanced pre-cast concrete technology and methodical on-site concrete pours, the skatepark is nearing a flawless finish with less than 30 days on site.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
Historical marker, Kentucky School for the Deaf, Danville, Ky., January 2012: "John A. Jacobs, Sr. (1809-69) KSD's first trained teacher, principal, third superintendent, 1825-1869. A Center College student, he was sent in 1824 to Hartford, Conn., for training under T. H. Gallaudet and Laurent Clerc, pioneers of deaf education in America. He introduced Methodical Signs here and authored texts for deaf students."
In a remote stretch of road just beyond a set of ruins we had been exploring, we looked up to find that the dense cloud cover was finally giving way to a radiant sun burst. Just as this occurred, we past an immense field of wind turbines that we methodically turning in the dull wind. In this poignant moment, I was struck by the collision of energy, both human-made and natural. The sun beating down on the wind turbines that were interlaced with power lines moved me to think about what legacy I am leaving to future generations.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
Maker: Berenice Abbott (1898-1991)
Born: USA
Active: France/USA
Medium: gelatin silver print
Size:
Location: USA
Object No. 2011.405
Shelf: A-4
Publication:
Other Collections:
Provenance: Swann Galleries
Rank: 4161
Notes: with Abbott's Federal Art Project "Changing New York" hand stamp and the title, date and other notations, in pencil, on verso. Berenice Abbott (1898-1991) was born in Springfield, Ohio and attended Ohio State University. In 1918 she moved to New York and then Paris in 1923 where she was introduced to Man Ray, who hired her to be his photography assistant. Despite having no experience in photography, Abbott soon started to produce her own work, eventually opening a studio of her own. In 1926, Abbott had her first solo show, featuring dynamic portraits of the artistic and literary avant-garde. Abbott had first encountered the work of Eugène Atget through Man Ray in 1925. Though Atget had been documenting Paris for three decades, he was long forgotten by the public by the time they became friends. The only known portraits of Atget were made by Abbott shortly before his death in 1927. She purchased more than 5000 negatives, glass slides, and prints of his work, returning to New York with the extensive archive she had amassed. She was fiercely dedicated to preserving Atget’s legacy over the next forty years. Abbott’s collection was ultimately acquired by the Museum of Modern Art in 1968. Upon returning to the U.S. Abbott took on commercial assignments and taught photography at the New School for Social Research. She dedicated herself to documenting New York with the methodical vigor and passion Atget had previously given to Paris, shooting its streets, buildings, parks—and of course, its people. With the support of the WPA Federal Art Project from 1935 to 1939, she created the seminal the body of work, Changing New York, an extensive socio-historical record of New York’s vanishing past as well as the construction of its modern future. The results of the project were distributed to high schools, libraries, and various public institutions throughout the metropolitan area; to this day, Changing New York serves as an invaluable record of New York’s history. Abbott then shifted her focus towards science. In the 1940s, she served as photo editor for Science Illustrated, and went on to photograph scientific principles and processes for the Physical Sciences Study Committee at the Massachusetts Institute for Technology in 1958, developing innovative techniques and mechanisms which enabled her to capture scientific phenomena. Easily her most creative and innovative work, her aesthetically elegant photographs of swinging pendulums, bouncing balls, and wave patterns lend understandable reality to the many complex concepts of physical science. In 1970, Abbott’s first major retrospective opened at the Museum of Modern Art. Her work has since been exhibited and acquired by many institutions throughout the world. Abbott lived in Maine from 1966 until her death. (source: Howard Greenberg Gallery)
To view our archive organized by Collections, visit: OUR COLLECTIONS
For information about reproducing this image, visit: THE HISTORY OF PHOTOGRAPHY ARCHIVE
I watched this surfer stretch and prepare for the big waves for probably 30 minutes. He was slow and methodical in his stretches, and I wondered what was going through his mind. What I couldn't figure out was the fact that he had a surfboard and a boogie board. But, after all, it IS big surf, right? Always be prepared and carry a spare…. Just after he entered the water, a couple of fellas launched an inflatable kayak and paddled out to meet the surfer. It all made sense. The surfer was just helping out a friend and getting his board out there while his friend was helping another get his kayak out there. We could learn from this team work!
Construction is steadily moving forward on the 18,000 sq. ft. Possum Creek Skatepark in Gainesville, Florida.
Led by Spohn Ranch's COO, Mark Bradford, the crews in Gainesville are quickly turning what were once just some dreams scribbled on paper into one of Florida's premiere concrete skateparks.
Through a combination of advanced pre-cast concrete technology and methodical on-site concrete pours, the skatepark is nearing a flawless finish with less than 30 days on site.
Also known as: New Musick
With its roots in the mid to late 1970s, post-punk emerged alongside the initial Punk Rock explosion in the United Kingdom. While retaining punk rock's focus on trimming away excess, post-punk tends to place more importance on creating atmosphere and usually has more complex songwriting than punk rock. Musicians tend to be much more experimental, often incorporating influences from Dub, Funk, Krautrock, Art Rock, Experimental music, and Electronic music. Unlike New Wave, its more pop-based counterpart which emerged around the same time, post-punk often deals with more serious subject matter.
Stylistically, the genre has a general backbone consisting of a prominent, pulsating sound and rhythm section of bass and drums. On top of this arrangement are atmospheric, spiky, interweaving lead guitar lines commonly described as "angular", creating a cold and melancholic tone with extensive use of minor key melodies. Vocals tend to be menacing, monotone and in some cases, even robotic.
Public Image Ltd, formed after the implosion of Sex Pistols, are often heralded as the first post-punk band, although artists in the New York punk scene like Television had been much earlier playing an experimental style of punk rock that would later be classified by some as post-punk. Other (mostly British) bands followed, including Joy Division, Talking Heads, Gang of Four, and Wire and the genre came into its own in the late 70s, reaching its underground peak in the early to mid 80s.
Post-punk's underground popularity helped create many offshoots. Its sorrowful atmosphere was merged with increasing theatrics and influences from Glam Rock to create Gothic Rock, which bands like The Cure and The Sisters of Mercy leveraged to great chart success in the late 80s and helped form the pervasive Goth subculture. The bouncy syncopation and overall funkiness of post-punk bass is exploited to its maximum in Dance-Punk which saw mainstream popularity in the mid 2000s. Coldwave, popular in continental Europe and especially France, was a colder, more methodical affair which took influence from the avant-garde and science fiction. No Wave was a New York-based movement which took influence from post-punk and punk rock but focused on experimentation above all else. Post-punk's first wave saw a decline in underground popularity after the mid 80s as it was subsumed by new wave, gothic rock, Alternative Rock, and Alternative Dance, all genres which took heavy influence from the original post-punk movement.
After a period of declining interest in the 1990s, a mainstream Post-Punk Revival emerged in the early 2000s centred around the New York City scene, with bands like The Strokes and Interpol spearheading a movement which took influence earlier post-punk bands but had an increased focus on indie rock and pop song structures. This approach allowed the revival to quickly spread worldwide, with bands outside New York joining the fray, including Franz Ferdinand and Bloc Party. The movement was incredibly successful with multiple bands obtaining chart hits and was heralded by publications such as NME as a "new rock revival", although it ultimately proved to be short-lived as other strains of indie rock took over by the mid 2000s. An underground resurgence of interest in the genre developed in the early 2010s with bands like Preoccupations and Protomartyr eschewing the earlier revival's focus on accessibility and returning to the punk and experimental ethos of first wave post-punk.
More
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
A good thing continues
Some six months ago, I posted almost 100 images and a few thoughts I felt were missing from the many existing RX1 reviews. The outpouring of support and interest in that article was very gratifying. When I published, I had used the camera for six full months, enough time to come to a view of its strengths and weaknesses and to produce a small portfolio of good images, but not enough time to see the full picture (pun intended). In the following six months, I have used the camera at least as frequently as in the first six and have produced another small set of good images. It should be noted that my usage of the RX1 in the last six (and especially in the last 3) months has involved less travel and more time with the family and around the house; I will share relatively few of these images but will spend some time sharing my impressions of its functionality for family snapshots as I am sure there is some interest. And let it be said here: one of the primary motivations to purchase the camera was to take more photos with the family, and after one full year I can confidently say: money well spent.
The A7/r game-changer?
In the past six months, Sony have announced and released two full-frame, interchangeable lens cameras that clearly take design cues from the RX1: the A7 and the A7r. These cameras are innovative and highly capable and, as such, are in the midst of taking the photography world by storm. I think they are compelling enough cameras that I wonder whether Sony is wasting its energy continuing to develop further A-mount cameras. Sony deserve credit for a bold strategy—many companies would have been content to allow the success of the the RX1 (and RX1R) generate further sales before pushing further into the white space left unexplored by camera makers with less ambition.This is not the place to detail the relative advantages and disadvantages of the RX1 versus the A7/r except to make the following point. I currently use a Nikon D800 and an RX1: were I to sell both and purchase the A7r + 35mm f/2.8 I would in many ways lose nothing by way of imaging capability or lens compatibility but would pocket the surplus $1250-1750. Indeed this loyal Nikon owner thought long and hard about doing so, which speaks to the strategic importance of these cameras for a company trying to make inroads into a highly concentrated market.Ultimately, I opted to hang onto the two cameras I have (although this decision is one that I revisit time and time again) and continue to use them as I have for the past year. Let me give you a quick flavor of why.
The RX1 is smaller and more discrete
This is a small a point, but my gut reaction to the A7/r was: much smaller than the D800, not as small as the RX1. The EVF atop the A7/r and the larger profile of interchangeable mount lenses means that I would not be able to slip the A7/r into a pocket the way I can the RX1. Further, by virtue of using the EVF and its loud mechanical shutter, the A7/r just isn’t as stealthy as the RX1. Finally, f/2 beats the pants off of f/2.8 at the same or smaller size.At this point, some of you may be saying, “Future Sony releases will allow you to get a body without an EVF and get an f/2 lens that has a slimmer profile, etc, etc.” And that’s just the point: to oversimplify things, the reason I am keeping my RX1 is that Sony currently offers something close to an A7 body without a built-in EVF and with a slimmer profile 35mm f/2.
The D800 has important functional advantages
On the other side of the spectrum, the AF speed of the A7/r just isn’t going to match the D800, especially when the former is equipped with a Nikon lens and F-mount adapter. EVFs cannot yet match the experience of looking through the prism and the lens (I expect they will match soon, but aren’t there yet). What’s more, I have made such an investment in Nikon glass that I can’t yet justify purchasing an adapter for a Sony mount or selling them all for Sony’s offerings (many of which aren’t to market yet).Now, all of these are minor points and I think all of them disappear with an A8r, but they add up to something major: I have two cameras very well suited to two different types of shooting, and I ask myself if I gain or lose by getting something in between—something that wasn’t quite a pocket shooter and something that was quite a DSLR? You can imagine, however, that if I were coming to the market without a D800 and an RX1, that my decision would be far different: dollar for dollar, the A7/r would be a no-brainer.During the moments when I consider selling to grab an A7r, I keep coming back to a thought I had a month or so before the RX1 was announced. At that time I was considering something like the NEX cameras with a ZM 21mm f/2.8 and I said in my head, “I wish someone would make a carry-around camera with a full frame sensor and a fixed 35mm f/2.8 or f/2.” Now you understand how attractive the RX1 is to me and what a ridiculously high bar exists for another camera system to reach.
Okay, so what is different from the last review?
For one, I had an issue with the camera’s AF motor failing to engage and giving me an E61:00 error. I had to send it out to Sony for repairs (via extended warranty and service plan). I detailed my experience with Sony Service here [insert link] and I write to you as a very satisfied customer. That is to say, I have 3 years left on a 4 year + accidental damage warranty and I feel confident enough in that coverage to say that I will have this beauty in working order for at least another 3 years.For two, I’ve spent significantly less time thinking of this camera as a DSLR replacement and have instead started to develop a very different way of shooting with it. The activation barrier to taking a shot with my D800 is quite high. Beyond having to bring a large camera wherever you go and have it in hand, a proper camera takes two hands and full attention to produce an image. I shoot slowly and methodically and often from a tripod with the D800. In contrast, I can pull the RX1 out, pop off the lens cap, line up and take a shot with one hand (often with a toddler in the other). This fosters a totally different type of photography.
My “be-there” camera
The have-everywhere camera that gives DSLR type controls to one-handed shooting lets me pursue images that happen very quickly or images that might not normally meet the standards of “drag-the-DSLR-out-of-the-bag.” Many of those images you’ll see on this post. A full year of shooting and I can say this with great confidence: the RX1 is a terrific mash-up of point-and-shoot and DSLR not just in image quality and features, but primarily in the product it helps me create. To take this thinking a bit further: I find myself even processing images from the RX1 differently than I would from my DSLR. So much so that I have strongly considered starting a tumblr and posting JPEGs directly from the RX1 via my phone or an iPad rather than running the bulk of them through Lightroom, onto Flickr and then on the blog (really this is just a matter of time, stay tuned, and those readers who have experience with tumblr, cloud image storage and editing, etc, etc, please contact me, I want to pick your brain).Put simply, I capture more spontaneous and beautiful “moments” than I might have otherwise. Photography is very much an exercise in “f/8 and be there,” and the RX1 is my go-to “be there” camera.
The family camera
I mentioned earlier that I justified the purchase of the RX1 partly as a camera to be used to document the family moments into which a DSLR doesn’t neatly fit. Over the past year I’ve collected thousands and thousands of family images with the RX1. The cold hard truth is that many of those photos could be better if I’d taken a full DSLR kit with me to the park or the beach or the grocery store each time. The RX1 is a difficult camera to use on a toddler (or any moving subject for that matter); autofocus isn’t as fast as a professional DSLR, it’s difficult to perfectly compose via an LCD (especially in bright sunlight), but despite these shortcomings, it’s been an incredibly useful family camera. There are simply so many beautiful moments where I had the RX1 over my shoulder, ready to go that whatever difficulties exist relative to a DSLR, those pale in comparison to the power of it’s convenience. The best camera is the one in your hand.
Where to go from here.
So what is the value of these RX1 going forward, especially in a world of the A7/r and it’s yet-to-be-born siblings without an EVF and a pancake lens? Frankly, at its current price (which is quite fair when you consider the value of the the body and the lens) I see precious little room for an independent offering versus a mirrorless, interchangeable lens system with the same image quality in a package just as small. That doesn’t mean Sony won’t make an RX2 or an RX1 Mark II (have a look at it’s other product lines to see how many SKUs are maintained despite low demand). Instead, I see the RX1 as a bridge that needed to exist for engineers, managers, and the market to make it to the A7/r and it’s descendants.A Facebook friend recently paid me a great compliment; he said something like, “Justin, via your blog, you’ve sold a ton of RX1 cameras.” Indeed, despite my efforts not to be a salesman, I think he’s right: I have and would continue to recommend this camera.The true value of the RX1 going forward is for those of us who have the thing on our shoulders; and yes, if you have an investment in and a love for a DSLR system, there’s still tremendous value in getting one, slinging it over your shoulder, and heading out into the wide, bright world; A7/r or no, this is just an unbelievably capable camera.
American White Pelican at White Rock Lake's Sunset Bay. Love these big birds! Click on image for best view.
Migratory big white beautiful bird! They remain at White Rock Lake's Sunset Bay (Dallas, TX) until March or April. Click on image for best view.
One of the largest North American birds, the American White Pelican is majestic in the air. The birds soar with incredible steadiness on broad, white-and-black wings. Their large heads and huge, heavy bills give them a prehistoric look. On the water they dip their pouched bills to scoop up fish, or tip-up like an oversized dabbling duck. Sometimes, groups of pelicans work together to herd fish into the shallows for easy feeding. Look for them on inland lakes in summer and near coastlines in winter.
Size & Shape
A huge waterbird with very broad wings, a long neck, and a massive bill that gives the head a unique, long shape. They have thick bodies, short legs, and short, square tails. During the breeding season, adults grow an unusual projection or horn on the upper mandible near the tip of the bill.
Color Pattern
Adult American White Pelicans are snowy white with black flight feathers visible only when the wings are spread. A small patch of ornamental feathers on the chest can become yellow in spring. The bill and legs are yellow-orange. Immatures are mostly white as well, but the head, neck, and back are variably dusky.
Behavior
American White Pelicans feed from the water’s surface, dipping their beaks into the water to catch fish and other aquatic organisms. They often upend, like a very large dabbling duck, in this process. They do not plunge-dive the way Brown Pelicans do. They are superb soarers (they are among the heaviest flying birds in the world) and often travel long distances in large flocks by soaring. When flapping, their wingbeats are slow and methodical.
Habitat
American White Pelicans typically breed on islands in shallow wetlands in the interior of the continent. They spend winters mainly on coastal waters, bays, and estuaries, or a little distance inland.
allaboutbirds.org
"At the Mercy of Nature (Sisyphus Part X)" by Marius Ritiu (ROM)
location: Between Spuikom and Bredensesteenweg
Oostende, Belgium
(Beaufort24)
The artwork appears as though it’s from another universe – like a meteoroid that collided with various objects on its journey to Earth, and could as well have crushed us. Our destiny ultimately rests in the hands of nature. (...) Copper is a material that’s literally binding the world together because of its role in transport and communication. (...)
Copper repoussage involves an extremely labour-intensive, artisanal approach, akin to a variation of the technique used in crafting the Statue of Liberty. Marius Ritiu places copper plates around a stone, initiating a months-long process subjected to millions of hammer blows. Gradually, the plates assume the shape of the underlying object. Once the desired form is achieved, the metal is methodically dismantled, plate by plate, and then reassembled. (...)
Source & more info: www.triennalebeaufort.be/en/beaufort-mercy-nature-sisyphu...
I thought it was interesting to confront this black (one day greenish) meteorite-like block with the red twisted 'Rock strangers' from the seafront promenade.
Different techniques, different intentions, different story - and yet, a somewhat similar, out of this world, appearance.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
An example of one of my life drawings. I mostly work very methodically, using a ruler, attempting to collate exact measurements. My drawings are inspired by the work of Euan Uglow as well as William Coldstream.
(Three images showing Observational drawing and Developmental drawing)
Benji est un Jack Russell terrier de 4 mois et demi. Il se promène quatre fois par jour: son maître l'accompagne dans ses trépidentes aventures :)
Ne vous y fiez pas: Benji est un "ès crocs"qui a déjà à son actif, la destruction méthodique d'un canapé... bientôt nous retrouverons ses expertes expériences dans un prochain épisode des "Démolisseurs de l'extrême" ;)
"Ben, c'est pas tout ça... mais ça donne faim toutes ces compos photo,... je vais allé me mettre quelque chose sous la dent" :))
Benji is a Jack Russell terrier (four and a half months old) who walks four times at day: his master accompanies it in its trépidentes Adventures:.
Don't rely: Benji is one "of crocs" which has already to his credit, the methodical destruction of a sofa... soon ourselves its experiences experts in an upcoming episode of "Wrecking of the extreme";)
(So, it''s not all that... but it gives hunger all these compos photo,... I went put me something under the tooth":).
Rebecca Baumann’s practice spans a range of media including kinetic sculpture, photography, performance, digital animation and installation. Central to her work is an ongoing fascination with the complex workings of human emotion and the pursuit of happiness through celebration and ritual. Methodically planned and executed, Baumann’s work often utilises colourful festive materials such as confetti, tinsel, smoke, balloons and streamers, which are momentarily, and sometimes violently, brought to life by various mechanisms including fans, ball-throwers, clocks and detonators.
Automated Colour Field (2011) is a kinetic sculpture consisting of a vast wall-mounted grid of 100 flip-clocks, each with their numbered panels replaced by paper cards in a variety of colours. The battery-operated clocks keep their own time, turning the paper cards on the minute and the hour, to create a kaleidoscopic field of colour. As in many of Baumann’s works, the mechanisms used to activate her chosen materials and the incidental noises these mechanisms generate are an important element of the experience she creates. In this work, the analogue clocks activate the paper cards, producing a low background hum and soft pattering sound like raindrops falling on a tin roof.
Baumann is preoccupied with the difference between how people perceive colour and time and how these phenomena are scientifically visualised and measured. Her main focus is the intimate relationship between colour and emotion; and the way specific colours and colour combinations can elicit particular feelings or moods. The artist explains she is interested in the way ‘colour is both universal and subjective’ with the capacity to ‘move people beyond cognitive and conscious thought’.(1) Bringing time into this equation, Baumann links the continually changing arrangements of colour generated by the flip-clocks to the fluctuating spectrum of emotions people experience over any 24hr period.
Informed by psychology, colour theory and art history, Automated Colour Field makes reference through its form and title to a movement in abstract painting known as Colour Field. Links can also be made to German artist Gerhard Richter’s colour chart paintings of the 1960s and 70s, which mimic the charts used by paint manufacturers and incorporate chance distributions of colour. Like Richter, Baumann uses processes of chance and a commercially available colour palette in her work, describing her placement of the coloured cards as being driven by a spontaneous rather than pre-planned impulse, resulting in an arbitrary arrangement of colour.
White pills and multicolored pills on desk calendar a pill a day
All my photographs are copyright protected, If you wish to use my photos please contact me and we can discuss usage fees.
©Jim Corwin_All Rights Reserved 2022, Contact me at jscorwin@mac.com or visit my PhotoShelter site using the link Jim Corwin Photography on my Profile Page.
My website is jimcorwin.photoshelter.com
My E-Mail Address is jscorwin@mac.com
Joseph Pitton de Tournefort (1656-1708) was a French botanist. He was born to a well-to-do family in Aix-en-Provence. Tournefort initially took up studies in theology. However, as he had a marked inclination towards natural sciences, he turned to medicine. He completed his studies at the University of Montpellier. In 1681, he was in Barcelona doing research in botany. In 1694 Tournefort published his first three-volume work, in which he classified 8846 plants. In 1698 he became Doctor in Medicine of the University of Paris. At that time his treatise was also translated into Latin. Tournefort became a famous physician and naturalist. He travelled extensively in Western Europe (Spain, Portugal, the Netherlands, England). He had published a number of works on botany, and had acquired a fabulous collection of nearly 50.000 books, as well as costumes, arms, minerals, shells and various curiosities. Thus, he already had a very important career behind him when Louis XIV entrusted him with the mission to bring new plants to the Royal Botanical Garden.
Tournefort started out on his voyage to the Near East in the spring of 1700, at the age of 44, accompanied by a painter and a doctor. He visited thirty-eight islands of the Greek archipelago, as well as Northern Anatolia, Pontus and Armenia, and reached Tiflis in Georgia. Tournefort returned to Marseilles in June 1702.
His manuscript, composed of his letters to the Minister of the Exterior Count de Pontchartain, was published posthumously in 1717. A number of re-editions followed, while his work was also translated into English, German and Flemish. There is also a Greek translation of the first part. The fact that Tournefort had discovered new plants in his journey led him to publish a supplement to his main work of botanical classification in 1703. He taught Botany in the Académie, while continuing to practice medicine; at the same time, he was in charge of the Royal Gardens, where many plants he brought from his travels were cultivated with success. Having survived a multitude of adventures, Tournefort died of an accident in 1708. He did not live to see the publication of his travel chronicle, which in the following three centuries became the basic manual to all travellers to these regions. Until today, researchers from numerous fields turn to Tournefort’s text, as it remains an invaluable source of information. He describes the places he visited in a particular systematic manner.
The systematic way he organizes his information on topography, economy, administration, ethnic composition, customs and habits of everyday life shows how one can arrive at truth and knowledge through research, methodical study, classification and generalisation. To document his research, Tournefort cites a hundred and thirty-five texts by Greek and Latin authors as well as Byzantine writers, Humanists, and earlier travel accounts.
He methodically narrates his visit to each island, and describes the locations as well as events that he witnessed and encounters with locals. He then continues with the island’s history from ancient times to the current age, citing the corresponding myths, and comparing with the information provided by ancient coins. Subsequently, he writes on the island’s administration and taxes, commerce, products and prices thereof. An entire chapter is dedicated to the Greek church. Tournefort also writes on monasteries and churches, house architecture and caves. He also describes the customs, the dress and the occupations of the inhabitants. He concludes his chapters with geographical observations from the highest point of each main region.
Naturally, his work includes engravings of city views, locations and monuments as well as plants, instruments and costumes. The text becomes alive with vivid descriptions of his encounters with islanders, be it Turks, Franks, Greeks or privateers. Of special interest are his descriptions of fortresses, ports, safe havens and his information on map drawing.
The second volume is a publication of his thoroughly documented manuscripts. It was not edited by Tournefort himself as had happened with the first. On numerous occasions he refers to the politics, administration and ethnic composition of the Ottoman Empire. He continues with his journey on the southern coast of the Black Sea to Armenia. The work closes with a short description of Smyrna and Ephesus.
Tournefort is considered the first to have shown the islands of the Archipelago to be “travel material”, as he offered information which inspired the interest for further research, and also highlighed each location’s wealth and uniqueness.
Written by Ioli Vingopoulou
Fransız botanikçi Joseph Pitton de Tournefort (1656-1708) Aix-en-Provence'da varlıklı bir aile içinde doğar, ilk önce tanrıbilim (teoloji) dersleri izler ancak genç yaştan beri doğa bilimlerine eğilim gösterir. Bu yüzden Montpellier'de tıp öğrenimi görüp 1681'de botanik araştırmaları yapmak üzere Barcelona'ya gelir. 1694 yılında üç ciltlik ve 8.846 bitkinin sınıflandırmasına ilişkin ilk eserini yayınlar; 1698'de Paris Tıp Fakültesinden doktor unvanını alır ve bu kazanımı yapıtının latince çevirisi izler. Doktor ve doğa bilimcisi olarak ün salmış, Batı Avrupa'da (İspanya, Portekiz, Hollanda, İngiltere'ye) seyahat etmiş, botanoloji ile ilgili kitaplar yayınlamış, 50.000'e yakın kitaptan meydana gelen bir kitaplık oluşturmuş, ayrıca yerel kıyafet, silah, mineral, deniz kabuğu ve daha başka ilginç şeylerden oluşan hayranlık uyandıran koleksiyonlar sahibi olmuşken, kral 14. Louis ona Kraliyet Botanik Bahçesine yeni bitkiler getirme görevini verir. Tournefort 1700 yılının ilkbaharında, 44 yaşındayken, yanına yoldaş olarak bir ressam ve bir doktor alarak Yakın Doğu'ya doğru yola çıkar.
Ege adalarından 38 tanesini ziyaret eder, Kuzey Anadolu'nun her tarafını gezip Karadeniz ve Ermenistan yörelerine gelir, Tiflis'e varır. Tournefort, 1702 yılının Haziran ayında Marsilya'da karaya ayak basar.
Kaleme aldığı metin (Dışişleri bakanı Kont de Pontchartain'e yolladığı mektuplar biçiminde) ilk olarak 1717'de yayınlanır, bu ilk yayını bir çok yeni baskı izler ve eser ingilizce, almanca ve flamanca gibi dillere- ilk kısmı yunancaya da - çevrilir. Yeni keşfettiği bitkilerin daha önce belirlemiş olduğu sınıflandırma sistemine eklenmesi sonucu olarak 1703'te yeni bir cilt yayınlar. Tournefort botanik profesörü sıfatıyla Akademide dersler verir, doktorluk mesleğini ve bunlara koşut olarak Kraliyet Bahçesinin sorumluluğu görevini sürdürür. Gezilerinden getirmiş olduğu birçok yeni bitki bu bahçede başarılı bir şekilde yetiştirilir. Tournefort geçirdiği birçok maceradan kefeni yırtmışken, üç asır boyunca her gezginin bu bölge için başucu kitabı olacak seyahatnamesinin yayınlanmasını göremeden 1708'de bir kaza sonucu ölür. Bugün hâlâ çeşitli dallardan araştırmacılar Tournefort'un metnine başvurup son derece değerli bilgilerinden faydalanmak durumundalar. Eseri anında ingilizce, hollandaca ve almancaya çevrilmişti.
Gezdiği yerleri betimlerken belirli bir yöntem izleyerek topoğrafya, ekonomi, yönetim, milletler sentezi ve günlük yaşamdaki örf ve adetlere ilişkin bilgiler verirken, Tournefort, bilginin gerçeğe uyup uymadığı konusuna araştırma, düzenli okuma, sınıflandırma ve genelleştirme yoluyla yanaşılabileceğini kanıtlıyor. Kanıtlayıcı belgeleri arasında antik Yunan ve Latin yazarlarından, ayrıca Bizans yazarlarından ve daha eski hümanist bilgin ve gezginlerden 135 tane metin bulunmakta.
Ziyaret ettiği her ada için düzenli olarak ziyaretini anlatıp birçok yeri ve olayı hatta yerlilerle olan görüşmelerini de betimler. Bunlara ek olarak, adanın eski çağlardan gününe dek tarihi ve bununla ilintili efsaneler, sikkeler hakkında, yönetim, vergilendirme usulleri, ticaret, ürünler ve fiyatları hakkında bilgiler verir. Ayrıca Yunanistan'ın dinî (kilise) yaşamına başlıbaşına bir bölüm ayırır. Manastırlar, kiliseler, evlerin mimarisi, mağaralar hakkında yazar, adetler ve kıyafetleri betimleyip halkın uğraşlarından sözeder ve önemli yörelerin her birinin en yüksek irtifasından yaptığı coğrafya gözlemleri ile anlatımını bitirir.
Doğal olarak eserinde şehir, yer, anıt, bitki, alet, ve kıyafet görünümleri ile ilgili gravürler de yer almakta. Ayrıca metni ada halkıyla (Türkler, Latinler, Yunanlılar, korsanlarla) ilişkilerinden çarpıcı betimlemelerle de çeşitlenir. Kitabında hisarlar, gemi barınakları, güvenli limanlar hakkında yaptığı betimlemeler ve harita çizimi ile ilgili verdiği bilgiler özel ilgi uyandıran kısımlar arasındadır.
Eserinin birinci cildinin yayına hazırlığını kendisi denetlemişken ikinci cilt kendi ayrıntılı yazılarına sadık kalınarak basılır. Bu cildin başındaki birçok bölüm Osmanlıların siyasal, yönetimsel ve etnografik durumuna ayrılmıştır. Bunun devamında Karadeniz'in güney kıyılarında yaptığı Ermenistan'a kadar varan yolculuğunu anlatıp kitabı İzmir ve Efes'in kısa bir betimlemesi ile bitirir.
Böylece Tournefort, başkalarında arayış isteğini besleyecek nitelikte malzeme sağlamanın yanısıra, gördüğü her yerin sonsuz zengiliğini ve kendine özgü niteliklerini yüzeye çıkarması açısından Ege adalarına bir "yolculuk uknumu" veren ilk şahıs olarak bilinir.
Yazan: İoli Vingopoulou
Mr and Mrs Triller. Another species that is found over a wide area but just adds to the wide verity of birds found around this really small area. It will be interesting to return to this spot at the end of our dry season to see how much water and life remains in the same location.
Please Share. :)
Varied triller. Lalage leucomela
Common to very common in the north, they are uncommon to rare in the colder south. Typical habitat is rainforest, vine forest, riverine thickets, eucalypt forest and woodland, with a particular preference for the border areas between closed and open forests.
Varied trillers work their way slowly and methodically through foliage at any level searching in pairs or small groups for insects and fruit, and making repeated rolling contact calls almost continuously.
Their nest is an open, shallow cup, barely large enough to hold a single egg. Nests are made of fine twigs, bark, vine tendrills, rootlets, plant stalks and grasses. The whole is bound together with spider web and lined with lichen or rootlets. The nest is usually in a horizontal fork, near the end of a thin branch of a small tree. Trees chosen are often paperbarks or mangroves. Both adult birds share the incubation of the egg and the feeding of the nestling.
On October 1, 2012 I spent an interesting day out at the Marin Headlands watching the ingenious riggers of the Bigge Crane & Rigging Company move a 16” gun up the hill to Battery Townsley. Battery Townsley in the Marin Headlands and Battery Davis on San Francisco’s Ocean Beach were the two Bay Area batteries armed (of four planned) with 16” guns in World War II. Each battery had two gun emplacements within a huge concrete construction housing guns, munition storage, generators, and in the case of Townsley up to 150 resident troops.
Battery Townsley received its two guns in 1939 and was ready for action soon thereafter. Placing the guns was no small feat since they are the largest rifles ever made for the US arsenal. Each barrel weighed almost a quarter-million pounds and stretched 68 feet from breech to muzzle. The battery was decommissioned as an artillery emplacement by 1948 and its guns were cut up for scrap in that year.
Fast-forward to the current day, the Marin Headlands are now part of the Golden Gate National Recreation Area and visitors can take a short hike up the hill to see Battery Townsley. For several years now a group of park volunteers has been restoring the battery. If you time your visit to coincide with their open house days you can tour the interior of the installation – great fun. As part of this restoration project a plan was developed to install and display a surplus naval gun nearly identical to the guns originally mounted at Battery Townsley. The surplus gun was sourced from the Naval Weapons Depot in Hawthorne, Nevada where it had been stored since 1953. In one of those pleasant little turns of history the company that won the modern day bid to move the barrel from Nevada to the Marin Headlands was Bigge, the same company that moved the original guns in 1939.
These photographs were taken during a pleasant day watching the crew methodically move this huge gun up the hill and into its storage place next to the battery. I began the day with a series of pole photographs of the gun in the Rodeo Beach parking lot (there was no wind in the morning). In the early afternoon I shot a quick round of kite aerial photographs at Rodeo Beach, the gun was still at the Rodeo Beach trailhead while transport hydraulics were tuned. I then hiked up to Battery Townsley to photograph the placement of the gun. I had originally planned to shoot a quick series of the gun being pulled through one of the hairpin turns on the approach road but my timing was off and I did not want to add distraction to what was a rather intense hauling session.
Kermit’s Haircutting & Styling, 9 N Main St., Sparta, NC
May 9, 2009
Kermit Pruitt is a local fixture in the Alleghany County seat of Sparta. His barber shop is decorated much like you would want to see – antique barber paraphernalia (with a large pole inside), newspaper clippings and pictures of bluegrass singers, pictures of the old Sparta Theatre, a clock with a barber pole, antlers, and a bumper sticker: “Lose Weight Fast, Get a Haircut.” The shop has two barber chairs and enough space for 12 other customers to wait their turn. A customer before me spoke with him about antiques, distilling adult beverages locally, and a recent tornado in the area. When it came my turn we discussed bluegrass musicians, as well as people moving to the area because they like it. Kermit approached my haircut methodically even sharing with me what he intended to do before cutting. The haircut cost me $10, and I would visit Kermit if I’m ever in that part of the NC mountains again.
something about fixed-gear cyclists... you can tell this guy is on a fixed gear even before methodically checking the chainline and the brake cable lines. is it the posture? the paint-spattered jeans? the rolled-up cuff? i dunno.
i saw a lot more fixed-gear bicycles this time out compared to last October. For that matter, I saw a lot more bicycles.
!p
Construction is steadily moving forward on the 18,000 sq. ft. Possum Creek Skatepark in Gainesville, Florida.
Led by Spohn Ranch's COO, Mark Bradford, the crews in Gainesville are quickly turning what were once just some dreams scribbled on paper into one of Florida's premiere concrete skateparks.
Through a combination of advanced pre-cast concrete technology and methodical on-site concrete pours, the skatepark is nearing a flawless finish with less than 30 days on site.
Cornell Labs:
(www.allaboutbirds.org/guide/Little_Blue_Heron/id)
Little Blue Heron
Egretta caerulea
ORDER: PELECANIFORMES
FAMILY: ARDEIDAE
A small, dark heron arrayed in moody blues and purples, the Little Blue Heron is a common but inconspicuous resident of marshes and estuaries in the Southeast. They stalk shallow waters for small fish and amphibians, adopting a quiet, methodical approach that can make these gorgeous herons surprisingly easy to overlook at first glance. Little Blue Herons build stick nests in trees alongside other colonial waterbirds. In the U.S., their populations have been in a gradual decline since the mid-twentieth century.
Size & Shape
This is a fairly small heron with a slight body, slender neck, and fairly long legs. It has rounded wings, and a long, straight, spearlike bill that is thick at the base.
Color Pattern
Adult Little Blue Herons are very dark all over. At close range or in good light, they have a rich purple-maroon head and neck and dark slaty-blue body. They have yellow eyes, greenish legs, and a bill that is pale blue at the base, black at the tip. Juveniles are entirely white, except for vague dusky tips to the outer primaries. Immatures molting into adult plumage are a patchwork of white and blue.
Behavior
The Little Blue Heron is a stand-and-wait predator, rather than a frenetic, dashing-about predator. They watch the water for fish and other small morsels, changing locations by walking slowly or by flying to a completely different site. They nest in trees, usually among other nesting herons and wading birds.
Habitat
Look for Little Blue Herons on quiet waters ranging from tidal flats and estuaries to streams, swamps, and flooded fields. They are usually found in only small numbers at any one water body, often tucked into hidden corners.
www.phaselis.org/en/about/about-project
Phaselis Research
Phaselis
When compared with the previous period of research on the history of the city over the past quarter century it has undergone radical changes. While modern scientists follow the path of their predecessors in collecting data through systematic processes and methodically analysing them, they change the route whereby they approach the city as a context- and a process-oriented structure, having economic, social, cultural, political and environmental dimensions which come together at different levels.
This considerably more inclusive definition expands the discipline concerning the city’s historical research, which consists of archaeology, epigraphy, ancient history and the other ancillary sciences and it encourages scientists from the natural and health sciences to participate within these studies. This is because in the course of the exploration of an ancient settlement the study of both the environment and the ecological setting which make human life possible; together with health issues, such as diet and epidemics, form the context within which human beings live, and which are thereby as important as the human actors.
Within the context of the planned Phaselis Research, even certain knowledge such as the settlement’s appearing on the stage of history as a favorite break-point with its three natural harbours, it being famous for its roses, the frequent seismic upheavals at sea and on its shores and its citizens leaving their homes because of a devastating malaria epidemic suggest the necessity of the application of this multi-dimensional research methodology in order to understand more fully the historical adventure of this city.
By presenting this research project, we aim to implement and realize this multi-dimensional research method, which as yet lacks widespread application in the field in our country, however conceptually and practically with a multi-disciplinary research team consisting of both national and international scientists, we intend to register systematically every kind of data/information regarding all contexts of the city employing modern methods and to present the results to the scientific world in the form of regular reports and monographic studies, thus forming a strong tie between past and future research.
Phaselis Territorium
The boundaries of the ancient city of Phaselis’ territorium are today within the administrative borders of the township of Tekirova, in Kemer District, determined from the archaeological, epigraphic and historical-geographical evidence, reaching the Gökdere valley to the north, continue on a line drawn from Üç Adalar to Mount Tahtalı to the south and extend along the Çandır valley to the west.
Phaselis was discovered in 1811-1812 by Captain F. Beaufort during his work of charting the southern coastline of Asia Minor for the British Royal Navy. Beaufort drew Phaselis’ plan and in the course of conducting his cartographic studies, he saw the word Φασηλίτης ethnikon on the inscriptions and consequently identified these ruins with Phaselis. C. R. Cockerell, the English architect, archaeologist and author came to Phaselis by ship and met Beaufort there. Then in 1838 C. Fellows, the English archaeologist visited the city. He found the fragments of the dedicatory inscription over the monumental gate built in honour of the Emperor Hadrianus and mistakenly thought the Imperial Period main street was the stadion due to the seats-steps on either side of the street. In 1842 Lt. T. A. B. Spratt, the English hydrographer and geographer, and the Rev. E. Forbes, the naturalist came to Phaselis via the Olympos and Khimaira routes. Due to the fact that they all came by sea and they only stayed for a short time, their descriptions of the topography inland are without detailed and there are serious errors in orientation.
PhaselisThose researchers who visited Phaselis between the late 19th and the early 20th centuries concentrated primarily upon the discovery of inscriptions. In 1881-1882 while the Austrian archaeologist and the epigraphist O. Benndorf, the founder of the Austrian Archaeological Institute, and his team were conducting research in southwestern Asia Minor, they examined Phaselis. In the winter of 1883 and 1884 F. von Luschan from the Austrian team took the first photographs which provide information concerning the regional features of Phaselis’ shoreline. In the same year the French scientist V. Bérard also visited Phaselis. In 1892 the members of the Austrian research team, O. Benndorf, E. Kalinka and their colleagues continued their architectural, archaeological and epigraphical studies in Phaselis. In 1904 they were followed by D. G. Hogarth, R. Norton and A. W. van Buren from the British research team. In 1908 the Austrian classical philologist E. Kalinka visited the settlement again, collected epigraphic documents and conducted research on the history of city (published in TAM II in 1944). The Italian researchers R. Paribeni and P. Romanelli visited Phaselis in1913 and C. Anti in 1921. Anti returned to Antalya overland and in consequence discovered several epigraphs and the ruins of structures within the territorium of Phaselis.
Further archaeological, epigraphical and historical-geographical studies of Phaselis were conducted by the English researchers F. M. Stark and G. Bean, who came to the region after World War II. In 1968 H. Schläger, the German architect and underwater archaeologist began exploring the topographical and architectural structures of Phaselis’s harbours. After Schläger’s death in 1969, the research was conducted under the leadership of the archaeologist J. Schäfer in 1970. H. Schläger, J. Schäfer and their colleagues obtained important data concerning the architecture and history of Phaselis through the surface exploration of the city and its periphery. Following the excavations conducted along the main axial street of the city, in 1980 under the direction of Kayhan Dörtlük, the then Director of the Antalya Museum and between 1981-1985 under the leadership of the archaeologist Cevdet Bayburtluoğlu; underwater exploration was carried out in the South Harbour under the direction of Metin Pehlivaner, the then Director of the Antalya Museum.
A good thing continues
Some six months ago, I posted almost 100 images and a few thoughts I felt were missing from the many existing RX1 reviews. The outpouring of support and interest in that article was very gratifying. When I published, I had used the camera for six full months, enough time to come to a view of its strengths and weaknesses and to produce a small portfolio of good images, but not enough time to see the full picture (pun intended). In the following six months, I have used the camera at least as frequently as in the first six and have produced another small set of good images. It should be noted that my usage of the RX1 in the last six (and especially in the last 3) months has involved less travel and more time with the family and around the house; I will share relatively few of these images but will spend some time sharing my impressions of its functionality for family snapshots as I am sure there is some interest. And let it be said here: one of the primary motivations to purchase the camera was to take more photos with the family, and after one full year I can confidently say: money well spent.
The A7/r game-changer?
In the past six months, Sony have announced and released two full-frame, interchangeable lens cameras that clearly take design cues from the RX1: the A7 and the A7r. These cameras are innovative and highly capable and, as such, are in the midst of taking the photography world by storm. I think they are compelling enough cameras that I wonder whether Sony is wasting its energy continuing to develop further A-mount cameras. Sony deserve credit for a bold strategy—many companies would have been content to allow the success of the the RX1 (and RX1R) generate further sales before pushing further into the white space left unexplored by camera makers with less ambition.This is not the place to detail the relative advantages and disadvantages of the RX1 versus the A7/r except to make the following point. I currently use a Nikon D800 and an RX1: were I to sell both and purchase the A7r + 35mm f/2.8 I would in many ways lose nothing by way of imaging capability or lens compatibility but would pocket the surplus $1250-1750. Indeed this loyal Nikon owner thought long and hard about doing so, which speaks to the strategic importance of these cameras for a company trying to make inroads into a highly concentrated market.Ultimately, I opted to hang onto the two cameras I have (although this decision is one that I revisit time and time again) and continue to use them as I have for the past year. Let me give you a quick flavor of why.
The RX1 is smaller and more discrete
This is a small a point, but my gut reaction to the A7/r was: much smaller than the D800, not as small as the RX1. The EVF atop the A7/r and the larger profile of interchangeable mount lenses means that I would not be able to slip the A7/r into a pocket the way I can the RX1. Further, by virtue of using the EVF and its loud mechanical shutter, the A7/r just isn’t as stealthy as the RX1. Finally, f/2 beats the pants off of f/2.8 at the same or smaller size.At this point, some of you may be saying, “Future Sony releases will allow you to get a body without an EVF and get an f/2 lens that has a slimmer profile, etc, etc.” And that’s just the point: to oversimplify things, the reason I am keeping my RX1 is that Sony currently offers something close to an A7 body without a built-in EVF and with a slimmer profile 35mm f/2.
The D800 has important functional advantages
On the other side of the spectrum, the AF speed of the A7/r just isn’t going to match the D800, especially when the former is equipped with a Nikon lens and F-mount adapter. EVFs cannot yet match the experience of looking through the prism and the lens (I expect they will match soon, but aren’t there yet). What’s more, I have made such an investment in Nikon glass that I can’t yet justify purchasing an adapter for a Sony mount or selling them all for Sony’s offerings (many of which aren’t to market yet).Now, all of these are minor points and I think all of them disappear with an A8r, but they add up to something major: I have two cameras very well suited to two different types of shooting, and I ask myself if I gain or lose by getting something in between—something that wasn’t quite a pocket shooter and something that was quite a DSLR? You can imagine, however, that if I were coming to the market without a D800 and an RX1, that my decision would be far different: dollar for dollar, the A7/r would be a no-brainer.During the moments when I consider selling to grab an A7r, I keep coming back to a thought I had a month or so before the RX1 was announced. At that time I was considering something like the NEX cameras with a ZM 21mm f/2.8 and I said in my head, “I wish someone would make a carry-around camera with a full frame sensor and a fixed 35mm f/2.8 or f/2.” Now you understand how attractive the RX1 is to me and what a ridiculously high bar exists for another camera system to reach.
Okay, so what is different from the last review?
For one, I had an issue with the camera’s AF motor failing to engage and giving me an E61:00 error. I had to send it out to Sony for repairs (via extended warranty and service plan). I detailed my experience with Sony Service here [insert link] and I write to you as a very satisfied customer. That is to say, I have 3 years left on a 4 year + accidental damage warranty and I feel confident enough in that coverage to say that I will have this beauty in working order for at least another 3 years.For two, I’ve spent significantly less time thinking of this camera as a DSLR replacement and have instead started to develop a very different way of shooting with it. The activation barrier to taking a shot with my D800 is quite high. Beyond having to bring a large camera wherever you go and have it in hand, a proper camera takes two hands and full attention to produce an image. I shoot slowly and methodically and often from a tripod with the D800. In contrast, I can pull the RX1 out, pop off the lens cap, line up and take a shot with one hand (often with a toddler in the other). This fosters a totally different type of photography.
My “be-there” camera
The have-everywhere camera that gives DSLR type controls to one-handed shooting lets me pursue images that happen very quickly or images that might not normally meet the standards of “drag-the-DSLR-out-of-the-bag.” Many of those images you’ll see on this post. A full year of shooting and I can say this with great confidence: the RX1 is a terrific mash-up of point-and-shoot and DSLR not just in image quality and features, but primarily in the product it helps me create. To take this thinking a bit further: I find myself even processing images from the RX1 differently than I would from my DSLR. So much so that I have strongly considered starting a tumblr and posting JPEGs directly from the RX1 via my phone or an iPad rather than running the bulk of them through Lightroom, onto Flickr and then on the blog (really this is just a matter of time, stay tuned, and those readers who have experience with tumblr, cloud image storage and editing, etc, etc, please contact me, I want to pick your brain).Put simply, I capture more spontaneous and beautiful “moments” than I might have otherwise. Photography is very much an exercise in “f/8 and be there,” and the RX1 is my go-to “be there” camera.
The family camera
I mentioned earlier that I justified the purchase of the RX1 partly as a camera to be used to document the family moments into which a DSLR doesn’t neatly fit. Over the past year I’ve collected thousands and thousands of family images with the RX1. The cold hard truth is that many of those photos could be better if I’d taken a full DSLR kit with me to the park or the beach or the grocery store each time. The RX1 is a difficult camera to use on a toddler (or any moving subject for that matter); autofocus isn’t as fast as a professional DSLR, it’s difficult to perfectly compose via an LCD (especially in bright sunlight), but despite these shortcomings, it’s been an incredibly useful family camera. There are simply so many beautiful moments where I had the RX1 over my shoulder, ready to go that whatever difficulties exist relative to a DSLR, those pale in comparison to the power of it’s convenience. The best camera is the one in your hand.
Where to go from here.
So what is the value of these RX1 going forward, especially in a world of the A7/r and it’s yet-to-be-born siblings without an EVF and a pancake lens? Frankly, at its current price (which is quite fair when you consider the value of the the body and the lens) I see precious little room for an independent offering versus a mirrorless, interchangeable lens system with the same image quality in a package just as small. That doesn’t mean Sony won’t make an RX2 or an RX1 Mark II (have a look at it’s other product lines to see how many SKUs are maintained despite low demand). Instead, I see the RX1 as a bridge that needed to exist for engineers, managers, and the market to make it to the A7/r and it’s descendants.A Facebook friend recently paid me a great compliment; he said something like, “Justin, via your blog, you’ve sold a ton of RX1 cameras.” Indeed, despite my efforts not to be a salesman, I think he’s right: I have and would continue to recommend this camera.The true value of the RX1 going forward is for those of us who have the thing on our shoulders; and yes, if you have an investment in and a love for a DSLR system, there’s still tremendous value in getting one, slinging it over your shoulder, and heading out into the wide, bright world; A7/r or no, this is just an unbelievably capable camera.
2012年入選 2012 Selected Work Award
陳況豪 / 大台南地區
拍攝動機：
本創作計畫需要採取一種抽離視野的方式，來大量尋找臺灣各處地景或建築風格怪異、差距大的地方，當有系統的呈現，構築出另一個約定俗成後的真實社會，藉由兩邊風格迥異，看似真實卻又超現實的場景、背景，以一種觀光客的凝視，指出照片中人與人、空間之間，如此靠近卻又不熟悉狀態的第三意義。
CHEN, KVANG-HAO / Greater Tainan area
Why I Took These Pictures：
My current project involves using an abstracted approach to record any peculiar or unique sceneries and architectural features that catch my eye in all corners of Taiwan, especially ones that offer marked contrasts of style or mood, and then present them in a methodical fashion to construct an alternative image of conventional society by superimposing the unusual and quirky on the commonly perceived reality. The result are apparently “normal” but simultaneously surreal scenes and backgrounds as seen through the gaze of a tourist, revealing how the interaction between people and people, as well as people and spaces, creates both nearness and a feeling of distance and strangeness.
Winner’s Speech:
I'm not saying that my photo is in the same class as a Vermeer still life but it took me about 30 minutes from start to finish and, working slowly and methodically, Vermeer only produced somewhere between 34 and 63 works.
As for the subject matter, from left to right, that's a Lepus plastica, an Aloe Vera, a Gomphocarpus physocarpa and an Aloe I haven't identified.