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Java is a programming language originally developed by James Gosling at Sun Microsystems and released in 1995 as a core component of Sun Microsystems’ Java platform. The language derives much of its syntax from C and C++ but has a simpler object model and fewer low-level facilities. Java applications are typically compiled to byte code (class file) that can run on any Java Virtual Machine (JVM) regardless of computer architecture. This programming language is a general-purpose concurrent class based object oriented programming language, specifically designed to have as few implementation dependencies as possible. It is intended to let application developers “write once, run anywhere”.
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SPC’s Java training in jaipur programs are so designed to help a student with little or no knowledge of any programming language get comfortable and be able to develop cool applications using this powerful programming language.
Java is a programming language originally developed by James Gosling at Sun Microsystems and released in 1995 as a core component of Sun Microsystems’ Java platform. The language derives much of its syntax from C and C++ but has a simpler object model and fewer low-level facilities. Java applications are typically compiled to byte code (class file) that can run on any Java Virtual Machine (JVM) regardless of computer architecture. This programming language is a general-purpose concurrent class based object oriented programming language, specifically designed to have as few implementation dependencies as possible. It is intended to let application developers “write once, run anywhere”.
Java Course Syllabus
•Introduction to Java
•Why java is better for Internet?
•Features of Java
•Memory Management inJava
•Lexical Analysis
•Tokens of Java
•Programming Tips
•Class and Objects
•Inner Classes of Java
•Inheritance
•Method Overriding
•Method Overloading
•Polymorphism of Java
•Encapsulation
•Wrapper Classes
•Packages of Java
•Interface of Java
•Exception Handling
•Input and Output and File Handling
•String class
•Utility Classes of Java
•Java Applet
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"palmiers" et "parasols" de moins de 1cm
Cette micro végétation (1cm), à l'allure de lichens et mousse mêlés, associés à une sorte d'algue noire n'a pas été très aisée à phographier.
Mais comme je n'ai pas éclairci le mystère, je publie cependant, dans l'espoir que ça évoque quelquechose à quelqu'un
Voir commentaire de Claude-Perret. Merci.
Marchantia polymorpha Hépatique des fontaines. Merci à toi aussi, Foise !
A species which is variable in flower colour and leaf spotting. Cambourne seems to have almost the full range of colour combinations.
Hé ! Toro ! El rojo te donne chaud. Mets toi sur le dos, fais le beau. Bel abandon animal, ôte le masque, bête craintive, tends ton oreille par delà le labyrinthe. Un autre soi se remplit du son de la mer.
Nom de l'oeuvre d'art : In-semblable à vous autres pareil
Année de création : 2011
Technique : Peinture Technique mixte
Styles : Symboliste, Surréaliste, Visionnaire, Polymorphe
Thèmes : Mémoire, Homme, Identité, Humain
A species which is variable in flower colour and leaf spotting. Cambourne seems to have almost the full range of colour combinations.
Gene-Tree, Species-Tree Roconciliation:
An eidolonic species is a transitional lineage in the process of speciation, marked by incomplete reproductive isolation and meiotic compatibility, often observable as hybrid zones or morphologically distinct populations with genetic introgression. 20% of metazoans and plants are thought to be eidolonic species.
The speciation triangle diagram is a means to split precisely between two new species according to the biological species concept. The hard, molecular criterium is the compatible functionality of the meiotic process between two sexual individual's gametes. The F1 offspring is fertile within the new species. This is a hard definition of species. Species complexes are characterized by complex-molecular features and are idiosyncratic to a speciation triangle. Species complexes, superspecies, and ring species are not seperated - introgression still happens. Therefore, they are still a single biological (bisexual) species, and populations are not separated finally. The molecular drive mechanisms within the triangle are significant for the outcome of the speciation process. "Molecular Drive" is the third evolutionary force next to "Random Drift " and "Darwinian Natural Selection".
The diagram is complementary and linked to the deep gene definition published here on Flickr: www.flickr.com/photos/143115576@N02/albums/72157670679325...
References:
1. Dover, G. 2000. Dear Mr Darwin - Letters on the Evolution of Life and Human Nature. PHOENIX, London.
2. Hennig, W. 1982. Phylogenetische Systematik. Parey, Berlin Hamburg.
3. Eldredge, N., and S. J. Gould. 1972. Punctuated Equilibria: An Alternative to Phyletic Gradualism, p. 82-115. In T. J. M. Schopf (ed.), Models in Paleaobiology. Freeman Cooper, San Francisco.
4. Gould, S. J. 2002. The structure of evolutionary theory. Belknap Press of Harvard University Press, Cambridge, Mass.
5. Gould, S. J., and N. Eldredge. 1993. Punctuated equilibrium comes of age. Nature 366:223-7.
6. Dettai, A., and J. N. Volff. 2006. Morphological Characters from the Genome: SINE Insertion Polymorphism and Phylogenies, p. 45-75. In D.-H. Lankenau and J. N. Volff (ed.), Transposable Elements and Genome Dynamics, vol. 4. Springer, Heidelberg.
7. Dawkins, R. 1989. The Selfish Gene. Oxford University Press, Oxford.
Chromoanagenesis & Chromothripsis
In cancer research and the development of tumors, related molecular mechanisms that are resposible for molecular drive are Chromothripsis and Chromoanagenesis. In speciation events, the chromosome-dynamics underlying these processes are triggered by or are identical with what Eldrigde and Gould called "punctuated equilibrium". These molecular plus environmental processes potentially fascilitate speciation.
For a review on chromothripsis in cancer see:
1. Shorokhova, M., N. Nikolsky, and T. Grinchuk. 2021. Chromothripsis—Explosion in Genetic Science. Cells 10:1102.
Other foundation papers see:
2. Lankenau, D.-H. 2006. Germline Double-Strand Break Repair and Gene Targeting in Drosophila: a Trajectory System throughout Evolution, p. 153-197. In D.-H. Lankenau (ed.), Genome Integrity: Facets and Perspectives, vol. 1. Springer, Berlin Heidelberg.
3. Nelson, P., and J. Masel. 2018. Evolutionary capacitance emerges spontaneously during adaptation to environmental changes. Cell Reports 25:249-258.
OG:CR Crystal 3579 (Calcite Polymorph), 2024. Photo-curable resin, AkzoNobel Paint, fluorescent powders.
Noospheres (Composition OG:CR), 2024. Multi-channel live AI edited video installation. Hammer Museum
–carretón común, mancaperros–
= M. hispida Gaertn.
= M. lappacea Desr.
= M. polymorpha subsp. polycarpa (Willd.) Romero Zarco
Vegetación arvense, ruderal y viaria, 0–1500 m.a. Subcosmopolita. Presente en todo el territorio.
*
Once laid the Turtle Eggs are moved to a secure enclosure for hatching. Volunteers monitor the beaches for turtles laying then retrieve the eggs and place them in a caged off enclosure a few meters away. They also record the details of the turtles.
The loggerhead sea turtle (Caretta caretta) is a species of oceanic turtle distributed throughout the world. It is a marine reptile, belonging to the family Cheloniidae. The average loggerhead measures around 90 cm (35 in) in carapace length when fully grown. The adult loggerhead sea turtle weighs approximately 135 kg (298 lb), with the largest specimens weighing in at more than 450 kg (1,000 lb). The skin ranges from yellow to brown in color, and the shell is typically reddish brown. No external differences in sex are seen until the turtle becomes an adult, the most obvious difference being the adult males have thicker tails and shorter plastrons (lower shells) than the females.
The loggerhead sea turtle is found in the Atlantic, Pacific, and Indian Oceans, as well as the Mediterranean Sea. It spends most of its life in saltwater and estuarine habitats, with females briefly coming ashore to lay eggs. The loggerhead sea turtle has a low reproductive rate; females lay an average of four egg clutches and then become quiescent, producing no eggs for two to three years. The loggerhead reaches sexual maturity within 17–33 years and has a lifespan of 47–67 years.
The loggerhead sea turtle is omnivorous, feeding mainly on bottom-dwelling invertebrates. Its large and powerful jaws serve as an effective tool for dismantling its prey. Young loggerheads are exploited by numerous predators; the eggs are especially vulnerable to terrestrial organisms. Once the turtles reach adulthood, their formidable size limits predation to large marine animals, such as large sharks.
The loggerhead sea turtle has a cosmopolitan distribution, nesting over the broadest geographical range of any sea turtle. It inhabits the Atlantic, Indian, and Pacific Oceans and the Mediterranean Sea.
In the Atlantic Ocean, the greatest concentration of loggerheads is along the southeastern coast of North America and in the Gulf of Mexico. Very few loggerheads are found along the European and African coastlines. Florida is the most popular nesting site, with more than 67,000 nests built per year. Nesting extends as far north as Virginia, as far south as Brazil, and as far east as the Cape Verde Islands. The Cape Verde Islands are the only significant nesting site on the eastern side of the Atlantic. Loggerheads found in the Atlantic Ocean feed from Canada to Brazil.
In the Indian Ocean, loggerheads feed along the coastlines of Africa, the Arabian Peninsula, and in the Arabian Sea. Along the African coastline, loggerheads nest from Mozambique's Bazaruto Archipelago to South Africa's St Lucia estuary. The largest Indian Ocean nesting site is Oman, on the Arabian Peninsula, which hosts around 15,000 nests, giving it the second largest nesting population of loggerheads in the world. Western Australia is another notable nesting area, with 1,000–2,000 nests per year.
Pacific loggerheads live in temperate to tropical regions. They forage in the East China Sea, the southwestern Pacific, and along the Baja California Peninsula. Eastern Australia and Japan are the major nesting areas, with the Great Barrier Reef deemed an important nesting area. Pacific loggerheads occasionally nest in Vanuatu and Tokelau. Yakushima Island is the most important site, with three nesting grounds visited by 40% of all nearby loggerheads. After nesting, females often find homes in the East China Sea, while the Kuroshio Current Extension's Bifurcation region provides important juvenile foraging areas. Eastern Pacific populations are concentrated off the coast of Baja California, where upwelling provides rich feeding grounds for juvenile turtles and subadults. Nesting sites along the eastern Pacific Basin are rare. mtDNA sequence polymorphism analysis and tracking studies suggest 95% of the population along the coast of the Americas hatch on the Japanese Islands in the western Pacific. The turtles are transported by the prevailing currents across the full length of the northern Pacific, one of the longest migration routes of any marine animal. The return journey to the natal beaches in Japan has been long suspected, although the trip would cross unproductive clear water with few feeding opportunities. Evidence of a return journey came from an adult female loggerhead named Adelita, which in 1996, equipped with a satellite tracking device, made the 14,500 km (9,000 mi) trip from Mexico across the Pacific. Adelita was the first animal of any kind ever tracked across an ocean basin.
The Mediterranean Sea is a nursery for juveniles, as well as a common place for adults in the spring and summer months. Almost 45% of the Mediterranean juvenile population has migrated from the Atlantic. Loggerheads feed in the Alboran Sea and the Adriatic Sea, with tens of thousands of specimens (mainly sub-adult) seasonally present in the North-Eastern portion of the latter, above all in the area of the Po Delta. Greece is the most popular nesting site along the Mediterranean, with more than 3,000 nests per year. Zakynthos hosts the largest Mediterranean nesting with the second one being in Kyparissia Bay. Because of this, Greek authorities do not allow planes to take off or land at night in Zakynthos due to the nesting turtles. In addition to the Greek coast, the coastlines of Cyprus and Turkey are also common nesting sites.
*Wikipedia
L'exposition Balcon Bettina. Oeuvres de Bettina Grossman (1927-2021)
Commissaire Yto Barrada
Centre d'art Immanence, Paris
Festival d'Autumne 2023
L'artiste et commissaire d'exposition Yto Barrada est invitée cette année au Festival d’Automne pour les arts visuels.... Parmi ses interventions multiples, elle présente au Centre d'art Immanence, une exposition intitulée "Balcon Bettina"....
Cette manifestation témoigne de l’admiration de Yto Barrada pour la pratique hypnotique et autodidacte de Bettina Grossman (1927-2021), une plasticienne et designeuse, rare, figure « excentrique » du New York des années 1970-1980. Depuis leur rencontre en 2015, elle se consacre à la reconnaissance et l’archivage de son œuvre polymorphe, très peu visible de son vivant si ce n’est lors d’une exposition à la célèbre OK Harris Gallery (New York) en 1980... Extrait du site de l'exposition au centre d'art Immanence, Paris
art-immanence.org/Balcon-Bettina
Cette exposition qui comprend des sculptures, des peintures, des dessins, des objets d'art (vitraux...) et des vidéos est consacrée aux travaux de Bettina Grossman, une artiste américaine, designeuse, graphiste et sculptrice, très peu connue en France, dont Yto Barrada a racheté la totalité du fonds d'atelier et des archives, elle a décidé de promouvoir son oeuvre et a réalisé pour le Festival d'automne la première exposition parisienne de cette artiste. La scénographie est aérée et bien adaptée à la taille de la galerie Immanence. Les oeuvres exposées de Bettina Grossman évoquent le style du Bauhaus ou du mouvement de "l'art concret", elles ne sont guère surprenantes tant on peut en voir de semblables dans les collections permanentes des musées d'art moderne ou dans les galeries de design. Bettina Grossman était sans aucun doute une remarquable plasticienne et une créatrice inventive qui aurait du être mieux reconnue à son époque. Yto Barrada a raison de s'y intéresser et de nous en faire profiter, même si cette découverte n'est pas renversante.
Blue Tailed Damselflies (Ischnura elegans) in a copulation wheel. Mating can last for up to 8 hours. The male, on top, has distinctive turquoise markings. The females come in three colours, identical to the male or two kinds of less conspicuous brown. No one knows why this female polymorphism exists. One theory suggests some females evolved to mimic males in order to avoid sexual harrasment from males whilst ovipositing. The balance between different morphs is maintained because the mimicing females mate less, and consequently have less offspring. The theory has not been proven.
'What do you mean we have a moth problem?'
A suspended chair made from the thermoplastic, Polymorph. Moulded around one of our dining chairs, exploring deconstruction within the theme 'Borders and Edges'.
Polymorph and fishing line.
81x50x37cm