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20121020_Harlech-Beac...tif
Runner on Harlech Beach during spectacular...
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20121020_Harlech-Beac...tif
Runner on Harlech Beach during spectacular...
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20121020_Harlech-Beac...tif
Runner on Harlech Beach during spectacular...
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20121020_Harlech-Beac...tif
Runner on Harlech Beach during spectacular...
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20121020_Harlech-Beac...tif
Runner on Harlech Beach during spectacular...
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20210528_Skåne-Summer...tif
Hikers on a beach along the Bjäre peninsula,...
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Hikers on a beach along the Bjäre peninsula,...
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Bouldering shadows on Capo Testa beach,...
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Bouldering shadows on Capo Testa beach,...
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Group of friends hike through Torekov, Bjäre...
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Group of friends hike through Torekov, Bjäre...
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EILAT, ISRAEL - JULY 16: Swimmers, snorkelers...
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EILAT, ISRAEL - JULY 16: Swimmers, snorkelers,...
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EILAT, ISRAEL - JULY 18: Swimmers, snorkelers...
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EILAT, ISRAEL - JULY 09: Beautifully formed...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [Back], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [Front], a marine science student at the University of Haifa, carry containers with coral larvae at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Ulrika Larsson/Getty Images).](https://www.lw-archives.com/img-get/I0000rEB8OmWCzcw/t/200/I0000rEB8OmWCzcw.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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EILAT, ISRAEL - JULY 12: Containers with coral...
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![EILAT, ISRAEL - JULY 12: Gil Lapid [Front], PhD student at IUI and Kerem Citak [R], an academic intern at IUI, receive instructions from Dr Jessica Bellworthy [L], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa ahead of an early morning dive to collect larvae traps set the evening before at the beach outside The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000F8XMeWK1UkU/t/200/I0000F8XMeWK1UkU.jpg)
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EILAT, ISRAEL - JULY 12: Gil Lapid [Front], PhD...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000iMsCaoKdNrs/t/200/I0000iMsCaoKdNrs.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [Center], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni, a marine science student at the University of Haifa, receive larvae traps collected by divers Gil Lapid [L], PhD student at IUI and Kerem Citak [R], an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000rHrSXER.YyI/t/200/I0000rHrSXER.YyI.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [Center], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni, a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000ip5ATGUQiTo/t/200/I0000ip5ATGUQiTo.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000u2G4qJjqKvI/t/200/I0000u2G4qJjqKvI.jpg)
20220712_IUI_Red-Sea_...tif
EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000q0Q8jk6akT8/t/200/I0000q0Q8jk6akT8.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [Back], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [Front], a marine science student at the University of Haifa, carry containers with coral larvea at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000e3EiK.HZ3bo/t/200/I0000e3EiK.HZ3bo.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [L], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [R], a marine science student at the University of Haifa, carry containers with larvea collection samples on the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000HYJGhNiV7aM/t/200/I0000HYJGhNiV7aM.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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EILAT, ISRAEL - JULY 11: Divers walk down the...
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EILAT, ISRAEL - JULY 11: Divers walk down the...
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EILAT, ISRAEL - JULY 11: Dr Jessica...
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EILAT, ISRAEL - JULY 11: Dr Jessica...
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![EILAT, ISRAEL - JULY 13: Hagai Nativ [L], a marine biologist at the University of Haifa and Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, University of Haifa, walk on a beach after a deep decompression dive as part of a week of research diving led by Dr Gretchen Goodbody-Gringley, the Director of Research at the Central Caribbean Marine Institute and Prof Tali Mass from the Leon H. Charney School of Marine Sciences, University of Haifa, investigating corals adaptation to the depth gradient at The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000RQfI1LmgYnA/t/200/I0000RQfI1LmgYnA.jpg)
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EILAT, ISRAEL - JULY 13: Hagai Nativ [L], a...
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EILAT, ISRAEL - JULY 16: Busy sea front at the...
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EILAT, ISRAEL - JULY 17: North beach seafront...
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EILAT, ISRAEL - JULY 17: North beach seafront...
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EILAT, ISRAEL - JULY 16: Large coral reef...
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EILAT, ISRAEL - JULY 16: Large coral reef...
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![EILAT, ISRAEL - JULY 09: Spectacular coral structure of Acropora [Top] and Platygyra at Eilat Coral Beach Nature Reserve on July 9, 2022, in Eilat, Israel. Coral reefs are complete ecosystems, and although the coral reef in Eilat is capable of withstanding climate change, it is also under threat from anthropogenic factors - large-scale development, waste run-offs into the sea and light pollution. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000P7I7.gruOvc/t/200/I0000P7I7.gruOvc.jpg)
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EILAT, ISRAEL - JULY 09: Spectacular coral...
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EILAT, ISRAEL - JULY 09: Beautifully formed...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I00001Awk9JFH7Dc/t/200/I00001Awk9JFH7Dc.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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EILAT, ISRAEL - JULY 16: Large coral reef...
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EILAT, ISRAEL - JULY 09: Ulrika Larsson marvels...
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EILAT, ISRAEL - JULY 11: Divers walk down the...
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EILAT, ISRAEL - JULY 11: Divers walk down the...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [Front], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, University of Haifa, looks at divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, ahead of an early morning dive to collect larvae traps set the evening before at the beach outside The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Ulrika Larsson/Getty Images).](https://www.lw-archives.com/img-get/I00009jVLxL1ibsk/t/200/I00009jVLxL1ibsk.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [L], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [R], a marine science student at the University of Haifa, carry containers with larvae collection samples on the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Ulrika Larsson/Getty Images).](https://www.lw-archives.com/img-get/I0000yqy6YdkHXp8/t/200/I0000yqy6YdkHXp8.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa prepare containers for larvae samples at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000glBu1lfqJMQ/t/200/I0000glBu1lfqJMQ.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000h3_DQXqNg1w/t/200/I0000h3_DQXqNg1w.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000Zdut1_JPRzs/t/200/I0000Zdut1_JPRzs.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I00002qF62aSYnwI/t/200/I00002qF62aSYnwI.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000X6X7pWJiOeo/t/200/I0000X6X7pWJiOeo.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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![EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy [R], Postdoctoral Researcher at the Leon H. Charney School of Marine Sciences, the University of Haifa, assisted by Tamar Shifroni [L], a marine science student at the University of Haifa, receive larvea traps collected by divers Gil Lapid, PhD student at IUI and Kerem Citak, an academic intern at IUI, at the beach outside of The Interuniversity Institute (IUI) for Marine Sciences in Eilat, Israel. Collected coral larvae are used in experiments assessing the environment's impact on development and survival in juvenile life phases. Despite sea temperatures rising faster in the Gulf of Eilat/Aqaba than the global average rate, the coral reef of the northernmost point of the Red Sea exhibit remarkable resilience and seem immune to the effects of global warming. Scientists are trying to understand the biological capacity of these corals to live at higher temperatures, hoping this knowledge could help reefs elsewhere in the world. The scientific community estimates that over 90% of reefs will die by 2050 due to climate change and direct human impact. The Gulf of Eilat/Aqaba corals might be one of the last remaining complete ecosystems by 2100. However, there's a glimmer of hope that this surviving coral reef could be used as a blueprint for an entirely new climate-resilient ecosystem. (Photo by Lukasz Larsson Warzecha/Getty Images).](https://www.lw-archives.com/img-get/I0000z5cAiJJ64KI/t/200/I0000z5cAiJJ64KI.jpg)
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EILAT, ISRAEL - JULY 12: Dr Jessica Bellworthy...
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EILAT, ISRAEL - JULY 11: Hagai Nativ, a marine...
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EILAT, ISRAEL - JULY 12: Dr Jessica...
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EILAT, ISRAEL - JULY 11: Dr Jessica...
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EILAT, ISRAEL - JULY 11: Dr Jessica...
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EILAT, ISRAEL - JULY 17: North beach seafront...
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![Golfo di Orosei at sunrise seen from Cala Gonone, Sardinia Italy.<br />
For sheer stop-dead-in-your-tracks beauty, there are few places to match this gulf, forming the seaward section of the glorious Parco Nazionale del Golfo di Orosei e del Gennargentu. Here the high mountains of the Gennargentu abruptly meet the sea, forming a crescent of dramatic cliffs riven by false inlets, scattered with horseshoe-shaped bays and lapped by exquisitely aquamarine waters. Beach space is at a premium in summer, but there’s room for everyone, especially in the rugged, elemental hinterland. <br />
[CAPTION SOURCE: Lonely Planet].](https://www.lw-archives.com/img-get/I0000uJTelElD_qg/t/200/I0000uJTelElD_qg.jpg)
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Golfo di Orosei at sunrise seen from Cala...