View allAll Photos Tagged icecold
° FROSTY °
© by Jean Claude Castor I 030mm - Photography
www.facebook.com/030mm-photography/
Zondag 7 februari hield sneeuwstorm Darcy flink huis in Nederland. Dat leverde in grote delen van het land een dik pak sneeuw op. Dus ik besloot een negen kilometer lange wandeling te maken. Dat was ijskoud, maar tegelijkertijd wel een bijzondere ervaring.
Door de harde wind lag er op sommige plekken bijna geen sneeuw, maar hoopte het zich op op andere plaatsen, zoals langs deze sloot. Op de achtergrond zie je nog vaag de Groote Molen in Schellinkhout.
Hoorn, Nederland
On Sunday, February 7, snowstorm Darcy caused a lot of nuisance in The Netherlands. This resulted in a lot of snow in large parts of the country. So I decided to make a nine-kilometer hike. That was freezing, but at the same time a special experience.
Due to the strong wind there was almost no snow in some places, but it accumulated in other places, such as along this ditch. In the background you can still vaguely see the Groote Molen (a mill) in Schellinkhout.
Hoorn, The Netherlands
Jungfraujoch, CH
www.youtube.com/watch?v=Es7vBqEcyeg
das Wetter oben war mies - Nebel ohne Ende. Gottseidank ist im teueren Ticket auch dieser Eiskanal integriert, der für den Ausfall oben Einiges gutmachte.
Das Jungfraujoch ist mit 3'466 m ü. M. der tiefste Punkt im Verbindungsgrat zwischen dem Mönch und der Jungfrau in den Berner Alpen, auf der Grenze zwischen den Kantonen Bern und Wallis. Das Joch ist weit und stark überfirnt.
A Mirror Image (in a plane mirror) is a reflected duplication of an object that appears almost identical, but is reversed in the direction perpendicular to the mirror surface. As an optical effect it results from reflection off from substances such as a mirror or water. It is also a concept in geometry and can be used as a conceptualization process for 3-D structures. Two-dimensional mirror images can be seen in the reflections of mirrors or other reflecting surfaces, or on a printed surface seen inside-out.
If we first look at an object that is effectively two-dimensional (such as the writing on a card) and then turn the card to face a mirror, the object turns through an angle of 180° and we see a left-right reversal in the mirror. In this example, it is the change in orientation rather than the mirror itself that causes the observed reversal. Another example is when we stand with our backs to the mirror and face an object that's in front of the mirror. Then we compare the object with its reflection by turning ourselves 180°, towards the mirror. Again we perceive a left-right reversal due to a change in our orientation. So, in these examples the mirror does not actually cause the observed reversals.
Trinity Bridge (Troitskiy Most) is a bascule bridge across the Neva in Saint Petersburg. It connects Kamennoostrovsky Prospect with Suvorov Square. It was the third permanent bridge across the Neva, built between 1897 and 1903 by the French firm Société de Construction des Batignolles. It is 582 meters (1,909 ft) long and 23.6 meters (77 ft) wide. The bridge takes its name from the Old Trinity Cathedral which used to stand at its northern end. In the 20th century, it was known as Equality Bridge (1918–1934) and Kirovsky Bridge (1934–1999).
In 1803, the Voskresensky ponton bridge, which was built in 1786 near Voskresensky Prospect (now Chernyshevsky Prospect), was moved to the Summer Garden. In 1825, the pontoon Suvorovsky Bridge was built to link Suvorov Square with Troitskaya (Trinity) Square. In 1892, a contest for constructing a permanent Troitsky Bridge was announced. There were 16 entrants from local and European engineers, including one from the French engineer Gustave Eiffel, the creator of the famous Eiffel Tower in Paris. The winner was the out-of-competition conception by Paul-Joseph Bodin aided by Arthur Flachet, Vincent Chabrol, and Claude Patouillard from the French Société de Construction des Batignolles. Some contributions to their proposal were provided by a team of local engineers. A special commission from the Imperial Academy of Arts, including Leon Benois also participated in the project. Construction began on 12 August 1897. Félix Faure, the president of France was present at the ceremony. In the same political spirit, Nicholas II laid the foundation stone for the Pont Alexandre III in Paris, another memorial to the Franco-Russian Alliance. The bridge was completed in 1903, in time for the 200-year anniversary of Saint Petersburg.
Originally the bridge had nine spans. Five of these were permanent metallic riveted spans, with novel console-arch-beam systems and gradually increasing span length from banks to the middle of the river. A three-arch granite viaduct linked the metallic central section to the right bank, and a two-winged bascule span joined it to the left bank. The design of the central spans, in which single uncut girders bridge more than one span, significantly relieves the stress on the central part of the arches, decreasing the support required in the river and giving the span structures a gentle arch shape. The bridge is decorated with cast iron gratings with artistic casting, granite pylons with lanterns and metallic three-colour lanterns in the Art Nouveau style. The obelisks flanking the entrance to the bridge from Suvorov Square were remodeled in 1955. In 1965–1967 the bascule span was rebuilt as a one-winged, lifting design. Its length was extended to 43 meters (141 ft) and its appearance modelled on the other metal spans. A granite arch slope was set on the left bank. During the reconstruction water slopes were enlarged and granite benches were set along left bank abutment.
Ice Cold Water Fall vs Fire Fall at Reverse Tunnel Viewpoint in Yosemite Park
Looks like we are not going to have enough waterflow on Horsetail Waterfall for this year's firefall event. I posted one 12 shots-stiched pano image last years. (flic.kr/p/SpkpfC), Here is another single-shot image before my attempt for pano takes.
Cheers!
The sun does not reach this part of the Prättigau valley, which is on the way to my hometown Schuders in the Swiss Alps. The temperature is usually below freezing point. This is the first time I try motion blur on three trunks. I think it fits well to the clear foreground.
I processed a paintery, a balanced, and a photographic HDR photo from three RAW exposures, blended them selectively, carefully adjusted the color balance and curves, and selectively added motion blur to the trees. I welcome and appreciate constructive comments.
Thank you for visiting - ♡ with gratitude! Fave if you like it, add comments below, like the Facebook page, order beautiful HDR prints at qualityHDR.com.
-- ƒ/5.6, 50 mm, 1/60 sec, ISO 100, Sony A6000, SEL-P1650, HDR, 3 RAW exposures, _DSC8916_7_8_hdr3pai5bal1pho1d.jpg
-- CC BY-NC-SA 4.0, © Peter Thoeny, Quality HDR Photography
The sun does not reach this part of the Prättigau valley, which is on the way to my hometown Schuders in the Swiss Alps. The temperature is usually below freezing point. I followed a dirt road that led m to a target shooting range.
I processed a paintery and a soft HDR photo from three RAW exposures, blended them selectively, and carefully adjusted the color balance and curves. I welcome and appreciate constructive comments.
Thank you for visiting - ♡ with gratitude! Fave if you like it, add comments below, like the Facebook page, order beautiful HDR prints at qualityHDR.com.
-- ƒ/5.6, 41 mm, 1/250 sec, ISO 100, Sony A6000, SEL-P1650, HDR, 3 RAW exposures, _DSC8922_3_4_hdr3pai5sof3b.jpg
-- CC BY-NC-SA 4.0, © Peter Thoeny, Quality HDR Photography
A Mirror Image (in a plane mirror) is a reflected duplication of an object that appears almost identical, but is reversed in the direction perpendicular to the mirror surface. As an optical effect it results from reflection off from substances such as a mirror or water. It is also a concept in geometry and can be used as a conceptualization process for 3-D structures. Two-dimensional mirror images can be seen in the reflections of mirrors or other reflecting surfaces, or on a printed surface seen inside-out.
If we first look at an object that is effectively two-dimensional (such as the writing on a card) and then turn the card to face a mirror, the object turns through an angle of 180° and we see a left-right reversal in the mirror. In this example, it is the change in orientation rather than the mirror itself that causes the observed reversal. Another example is when we stand with our backs to the mirror and face an object that's in front of the mirror. Then we compare the object with its reflection by turning ourselves 180°, towards the mirror. Again we perceive a left-right reversal due to a change in our orientation. So, in these examples the mirror does not actually cause the observed reversals.
Trinity Bridge (Troitskiy Most) is a bascule bridge across the Neva in Saint Petersburg. It connects Kamennoostrovsky Prospect with Suvorov Square. It was the third permanent bridge across the Neva, built between 1897 and 1903 by the French firm Société de Construction des Batignolles. It is 582 meters (1,909 ft) long and 23.6 meters (77 ft) wide. The bridge takes its name from the Old Trinity Cathedral which used to stand at its northern end. In the 20th century, it was known as Equality Bridge (1918–1934) and Kirovsky Bridge (1934–1999).
In 1803, the Voskresensky ponton bridge, which was built in 1786 near Voskresensky Prospect (now Chernyshevsky Prospect), was moved to the Summer Garden. In 1825, the pontoon Suvorovsky Bridge was built to link Suvorov Square with Troitskaya (Trinity) Square. In 1892, a contest for constructing a permanent Troitsky Bridge was announced. There were 16 entrants from local and European engineers, including one from the French engineer Gustave Eiffel, the creator of the famous Eiffel Tower in Paris. The winner was the out-of-competition conception by Paul-Joseph Bodin aided by Arthur Flachet, Vincent Chabrol, and Claude Patouillard from the French Société de Construction des Batignolles. Some contributions to their proposal were provided by a team of local engineers. A special commission from the Imperial Academy of Arts, including Leon Benois also participated in the project. Construction began on 12 August 1897. Félix Faure, the president of France was present at the ceremony. In the same political spirit, Nicholas II laid the foundation stone for the Pont Alexandre III in Paris, another memorial to the Franco-Russian Alliance. The bridge was completed in 1903, in time for the 200-year anniversary of Saint Petersburg.
Originally the bridge had nine spans. Five of these were permanent metallic riveted spans, with novel console-arch-beam systems and gradually increasing span length from banks to the middle of the river. A three-arch granite viaduct linked the metallic central section to the right bank, and a two-winged bascule span joined it to the left bank. The design of the central spans, in which single uncut girders bridge more than one span, significantly relieves the stress on the central part of the arches, decreasing the support required in the river and giving the span structures a gentle arch shape. The bridge is decorated with cast iron gratings with artistic casting, granite pylons with lanterns and metallic three-colour lanterns in the Art Nouveau style. The obelisks flanking the entrance to the bridge from Suvorov Square were remodeled in 1955. In 1965–1967 the bascule span was rebuilt as a one-winged, lifting design. Its length was extended to 43 meters (141 ft) and its appearance modelled on the other metal spans. A granite arch slope was set on the left bank. During the reconstruction water slopes were enlarged and granite benches were set along left bank abutment.
This rock formation is an Irregular Basalt Formation that was the result of a lava flow taking place 5 million to 23 million years ago. It is estimated to be 430 feet tall. Often referred to as Oregon's other Haystack Rock in that it is the same as the more famous one located just north at Cannon Beach.
Even being in August it was a very windy day that put a bit of a bite in the air. The waves crashed and the dune grass rattled and whistled.
Volgde ons enige tijd terwijl we door het ijskoude Marken liepen. Uiteindelijk poseerde hij nog even voor de camera.
Marken, Nederland
Followed us for a while as we walked through the ice cold village of Marken. Eventually he posed a moment for the camera.
Marken, The Netherlands
A Mirror Image (in a plane mirror) is a reflected duplication of an object that appears almost identical, but is reversed in the direction perpendicular to the mirror surface. As an optical effect it results from reflection off from substances such as a mirror or water. It is also a concept in geometry and can be used as a conceptualization process for 3-D structures. Two-dimensional mirror images can be seen in the reflections of mirrors or other reflecting surfaces, or on a printed surface seen inside-out.
If we first look at an object that is effectively two-dimensional (such as the writing on a card) and then turn the card to face a mirror, the object turns through an angle of 180° and we see a left-right reversal in the mirror. In this example, it is the change in orientation rather than the mirror itself that causes the observed reversal. Another example is when we stand with our backs to the mirror and face an object that's in front of the mirror.
Then we compare the object with its reflection by turning ourselves 180°, towards the mirror. Again we perceive a left-right reversal due to a change in our orientation. So, in these examples the mirror does not actually cause the observed reversals.
The Annunciation Bridge (Blagoveshchensky most; from 1855 to 1918 Nikolaevsky Bridge; from 1918 to 2007 called Lieutenant Schmidt Bridge) is the first permanent bridge built across the Neva River in Saint Petersburg. It connects Vasilievsky Island and the central part of the city (Admiralteysky raion). The bridge's length is 331 meters and the width was 24 meters. The original name of the bridge was Nevsky Bridge. It was later renamed Blagoveshchensky Bridge. After the death of Tsar Nicholas I, it was named Nikolaevsky Bridge in his honor, and in 1918 it was renamed for Lieutenant Schmidt. In 1727 a temporary bridge was built at the location of the modern bridge. The place was chosen by Menshikov whose palace is located at the opposite bank. This bridge, named Issakievsky, existed until the current bridge was built, at which time it was moved to the location of where Palace Bridge is located today.
The bridge was built in 1843-1850. It was designed by Stanisław Kierbedź, a Polish engineer working in Russia. The architect Alexander Brullov participated in the decoration. The design was a cast iron bridge with twin parallel swing sections at its northern end. At the time, it was the longest bridge in Europe. According to the legend, the Russian Tsar, Nicholas I promised to Kierbedź to give him a promotion for every completed span. After the bridge was completed with eight spans total in it, Kierbedź was promoted to the rank of General, but actually when he started the construction he already had a rank of Podpolkovnik (i.e. lieutenant colonel).
The bridge was formally opened on November 12, 1850. Since it was close to Blagoveshchenskaya (Annunciation) Square, it was called Blagoveshchensky Bridge. In 1855 it was renamed Nikolayevsky Bridge in memory of Emperor Nicholas I. In 1918, after the revolution, it was renamed again, this time in memory of Pyotr Schmidt, a leader of the Sevastopol Uprising during the Russian Revolution of 1905.
In 2006 a reconstruction of the bridge began. Since it would be completely closed to traffic for over a year, a temporary bridge was constructed between September 2005 and May 2006. During the reconstruction all traffic, both pedestrian and motorized, moved across the temporary bridge. In May 2006 the Lieutenant Schmidt Bridge was closed to traffic, and the dismantling of the spans, and then, of bridge supports began. The reconstruction was completed on August 15, 2007, slightly over two years after work began. During reconstruction the deck was widened from 24 m to 37 m.
After reconstruction, the bridge was renamed Blagoveshchensky Bridge.
A shot from one of many "Ice Cave Adventure Photo Tours" in Iceland. This ice cave is in Vatnajökull ice cap, southern Iceland. Vatnajökull is the largest ice cap in Europe, around 3,100 km³. It´s pretty hard to capture the real depth of the ice walls in the caves, but the scenery is like an endless 3d depth of blue tones. This is shot soon after a snowstorm, so the cave had some new snow on the walls along with ash from the erupting volcano in Grímsvötn in 2011. The guy at the Gateway happens to be me.
For available photo tours in Iceland, check out www.skarpi.is
For safety reasons I'll not recomment anyone to travel into the glaciers without local guiding. We have a recent tragic accident where a photographer died while exploring the glaciers. Never hike alone into the glaciers.
More images from Iceland at www.skarpi.is
Contact me at: skarpi@skarpi.is regarding publication requests.
All rights reserved - Copyright © Skarphéðinn Þráinsson
Strömstare- Nyfors Tyresö
I know it's blurry but it was a great moment to see this bird swim in the icecold water.
The Annunciation Bridge (Blagoveshchensky most; from 1855 to 1918 Nikolaevsky Bridge; from 1918 to 2007 called Lieutenant Schmidt Bridge) is the first permanent bridge built across the Neva River in Saint Petersburg. It connects Vasilievsky Island and the central part of the city (Admiralteysky raion). The bridge's length is 331 meters and the width was 24 meters. The original name of the bridge was Nevsky Bridge. It was later renamed Blagoveshchensky Bridge. After the death of Tsar Nicholas I, it was named Nikolaevsky Bridge in his honor, and in 1918 it was renamed for Lieutenant Schmidt. In 1727 a temporary bridge was built at the location of the modern bridge. The place was chosen by Menshikov whose palace is located at the opposite bank. This bridge, named Issakievsky, existed until the current bridge was built, at which time it was moved to the location of where Palace Bridge is located today.
The bridge was built in 1843-1850. It was designed by Stanisław Kierbedź, a Polish engineer working in Russia. The architect Alexander Brullov participated in the decoration. The design was a cast iron bridge with twin parallel swing sections at its northern end. At the time, it was the longest bridge in Europe. According to the legend, the Russian Tsar, Nicholas I promised to Kierbedź to give him a promotion for every completed span. After the bridge was completed with eight spans total in it, Kierbedź was promoted to the rank of General, but actually when he started the construction he already had a rank of Podpolkovnik (i.e. lieutenant colonel).
The bridge was formally opened on November 12, 1850. Since it was close to Blagoveshchenskaya (Annunciation) Square, it was called Blagoveshchensky Bridge. In 1855 it was renamed Nikolayevsky Bridge in memory of Emperor Nicholas I. In 1918, after the revolution, it was renamed again, this time in memory of Pyotr Schmidt, a leader of the Sevastopol Uprising during the Russian Revolution of 1905.
In 2006 a reconstruction of the bridge began. Since it would be completely closed to traffic for over a year, a temporary bridge was constructed between September 2005 and May 2006. During the reconstruction all traffic, both pedestrian and motorized, moved across the temporary bridge. In May 2006 the Lieutenant Schmidt Bridge was closed to traffic, and the dismantling of the spans, and then, of bridge supports began. The reconstruction was completed on August 15, 2007, slightly over two years after work began. During reconstruction the deck was widened from 24 m to 37 m.
After reconstruction, the bridge was renamed Blagoveshchensky Bridge.
The Annunciation Bridge (Blagoveshchensky most; from 1855 to 1918 Nikolaevsky Bridge; from 1918 to 2007 called Lieutenant Schmidt Bridge) is the first permanent bridge built across the Neva River in Saint Petersburg. It connects Vasilievsky Island and the central part of the city (Admiralteysky raion). The bridge's length is 331 meters and the width was 24 meters. The original name of the bridge was Nevsky Bridge. It was later renamed Blagoveshchensky Bridge. After the death of Tsar Nicholas I, it was named Nikolaevsky Bridge in his honor, and in 1918 it was renamed for Lieutenant Schmidt. In 1727 a temporary bridge was built at the location of the modern bridge. The place was chosen by Menshikov whose palace is located at the opposite bank. This bridge, named Issakievsky, existed until the current bridge was built, at which time it was moved to the location of where Palace Bridge is located today.
The bridge was built in 1843-1850. It was designed by Stanisław Kierbedź, a Polish engineer working in Russia. The architect Alexander Brullov participated in the decoration. The design was a cast iron bridge with twin parallel swing sections at its northern end. At the time, it was the longest bridge in Europe. According to the legend, the Russian Tsar, Nicholas I promised to Kierbedź to give him a promotion for every completed span. After the bridge was completed with eight spans total in it, Kierbedź was promoted to the rank of General, but actually when he started the construction he already had a rank of Podpolkovnik (i.e. lieutenant colonel).
The bridge was formally opened on November 12, 1850. Since it was close to Blagoveshchenskaya (Annunciation) Square, it was called Blagoveshchensky Bridge. In 1855 it was renamed Nikolayevsky Bridge in memory of Emperor Nicholas I. In 1918, after the revolution, it was renamed again, this time in memory of Pyotr Schmidt, a leader of the Sevastopol Uprising during the Russian Revolution of 1905.
In 2006 a reconstruction of the bridge began. Since it would be completely closed to traffic for over a year, a temporary bridge was constructed between September 2005 and May 2006. During the reconstruction all traffic, both pedestrian and motorized, moved across the temporary bridge. In May 2006 the Lieutenant Schmidt Bridge was closed to traffic, and the dismantling of the spans, and then, of bridge supports began. The reconstruction was completed on August 15, 2007, slightly over two years after work began. During reconstruction the deck was widened from 24 m to 37 m.
After reconstruction, the bridge was renamed Blagoveshchensky Bridge.
A Mirror Image (in a plane mirror) is a reflected duplication of an object that appears almost identical, but is reversed in the direction perpendicular to the mirror surface. As an optical effect it results from reflection off from substances such as a mirror or water. It is also a concept in geometry and can be used as a conceptualization process for 3-D structures. Two-dimensional mirror images can be seen in the reflections of mirrors or other reflecting surfaces, or on a printed surface seen inside-out.
If we first look at an object that is effectively two-dimensional (such as the writing on a card) and then turn the card to face a mirror, the object turns through an angle of 180° and we see a left-right reversal in the mirror. In this example, it is the change in orientation rather than the mirror itself that causes the observed reversal. Another example is when we stand with our backs to the mirror and face an object that's in front of the mirror. Then we compare the object with its reflection by turning ourselves 180°, towards the mirror. Again we perceive a left-right reversal due to a change in our orientation. So, in these examples the mirror does not actually cause the observed reversals.
Trinity Bridge (Troitskiy Most) is a bascule bridge across the Neva in Saint Petersburg. It connects Kamennoostrovsky Prospect with Suvorov Square. It was the third permanent bridge across the Neva, built between 1897 and 1903 by the French firm Société de Construction des Batignolles. It is 582 meters (1,909 ft) long and 23.6 meters (77 ft) wide. The bridge takes its name from the Old Trinity Cathedral which used to stand at its northern end. In the 20th century, it was known as Equality Bridge (1918–1934) and Kirovsky Bridge (1934–1999).
In 1803, the Voskresensky ponton bridge, which was built in 1786 near Voskresensky Prospect (now Chernyshevsky Prospect), was moved to the Summer Garden. In 1825, the pontoon Suvorovsky Bridge was built to link Suvorov Square with Troitskaya (Trinity) Square. In 1892, a contest for constructing a permanent Troitsky Bridge was announced. There were 16 entrants from local and European engineers, including one from the French engineer Gustave Eiffel, the creator of the famous Eiffel Tower in Paris. The winner was the out-of-competition conception by Paul-Joseph Bodin aided by Arthur Flachet, Vincent Chabrol, and Claude Patouillard from the French Société de Construction des Batignolles. Some contributions to their proposal were provided by a team of local engineers. A special commission from the Imperial Academy of Arts, including Leon Benois also participated in the project. Construction began on 12 August 1897. Félix Faure, the president of France was present at the ceremony. In the same political spirit, Nicholas II laid the foundation stone for the Pont Alexandre III in Paris, another memorial to the Franco-Russian Alliance. The bridge was completed in 1903, in time for the 200-year anniversary of Saint Petersburg.
Eiskaltes Krombacher aus der Kühltasche im Freibad in Brandoberndorf Taunus
Ice-cold Krombacher from the cooler bag at the outdoor pool in Brandoberndorf Taunus
A Mirror Image (in a plane mirror) is a reflected duplication of an object that appears almost identical, but is reversed in the direction perpendicular to the mirror surface. As an optical effect it results from reflection off from substances such as a mirror or water. It is also a concept in geometry and can be used as a conceptualization process for 3-D structures. Two-dimensional mirror images can be seen in the reflections of mirrors or other reflecting surfaces, or on a printed surface seen inside-out.
If we first look at an object that is effectively two-dimensional (such as the writing on a card) and then turn the card to face a mirror, the object turns through an angle of 180° and we see a left-right reversal in the mirror. In this example, it is the change in orientation rather than the mirror itself that causes the observed reversal. Another example is when we stand with our backs to the mirror and face an object that's in front of the mirror.
Then we compare the object with its reflection by turning ourselves 180°, towards the mirror. Again we perceive a left-right reversal due to a change in our orientation. So, in these examples the mirror does not actually cause the observed reversals.
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💛 iNeed [iNeed Ice Cold Gauged XL F @ Crafty Weekend on 04.10
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