Pesquisando por: "Coral sample" - Fotoarena - Agência de fotojornalismo

RC2532AUWMOD NOAA intern and University of Miami PhD candidate, Allyson DeMerlis, grabbles samples of corals that she planted in December of 2022 that have now already bleached fully in Miami, Flordia, U.S., July 14, 2023. REUTERS/Maria Alejandra Cardona

RC2532AGHBYA NOAA intern and University of Miami Ph.D candidate, Allyson DeMerlis grabbles samples of corals she planted in December of 2022 that have now already bleached fully in Miami, Flordia, U.S., July 14, 2023. REUTERS/Maria Alejandra Cardona

RC2URL9CQN7W Samples of sea shells and corals are displayed at Qatar University Marine Biology Laboratory in Doha, Qatar February 14, 2021. Picture taken February 14, 2021. REUTERS/Ibraheem Al Omari

RC2URL9XVGQ4 Dr. Pedro Range, research assistant professor, works on a coral sample at Qatar University Marine Biology Laboratory, in Doha, Qatar February 14, 2021. Picture taken February 14, 2021. REUTERS/Ibraheem Al Omari

RC1D280A9860 Bradley Weiler, a Phd student at Rosenstiel School of Marine and Atmospheric Science at the University of Miami, takes samples of coral afflicted by Stony Tissue Loss Disease (SCTLD) near Key West, Florida, U.S. September 9, 2019. REUTERS/Lucas Jackson

RC1BEB8A3910 Bradley Weiler, a Phd student at Rosenstiel School of Marine and Atmospheric Science at the University of Miami, takes samples of coral afflicted by Stony Tissue Loss Disease (SCTLD) near Key West, Florida, U.S. September 9, 2019. REUTERS/Lucas Jackson

RC14F88CBA20 Karen Neely, a coral ecologist at Nova Southeastern University, carries a piece of Pseudodiploria strigosa (Symmetrical Brain Coral) affected by Stony Tissue Loss Disease (SCTLD) on a dive to collect samples of corals afflicted by the disease near Key West, Florida, U.S. September 9, 2019. REUTERS/Lucas Jackson

RC13FE936A80 Kevin Macaulay uses a hammer and chisel to break off pieces of a coral while on a dive to collect coral samples afflicted by Stony Tissue Loss Disease (SCTLD) near Key West, Florida, U.S. September 9, 2019. REUTERS/Lucas Jackson

RC12460CB2E0 Emily Hower floats towards the surface on a dive to collect coral samples afflicted by Stony Tissue Loss Disease (SCTLD) near Key West, Florida, U.S. September 9, 2019. REUTERS/Lucas Jackson

RC12859A3CF0 Karen Neely (L), a coral ecologist at Nova Southeastern on a dive to collect samples of corals afflicted by Stony Tissue Loss Disease (SCTLD) near Key West, Florida, U.S. September 9, 2019. REUTERS/Lucas Jackson SEARCH "JACKSON CORAL" FOR THIS STORY. SEARCH "WIDER IMAGE" FOR ALL STORIES.

RC14FB892C60 Kevin Macaulay, research assistant at Nova Southeastern University, ascends with a bin of coral towards the surface while on a dive to collect coral samples afflicted by Stony Tissue Loss Disease (SCTLD) near Key West, Florida, U.S. September 9, 2019. REUTERS/Lucas Jackson SEARCH "JACKSON CORAL" FOR THIS STORY. SEARCH "WIDER IMAGE" FOR ALL STORIES.

RC1C92505820 Kylie Zimmerman from the Smithsonian Institute watches as PhD students Bradley Weiler (R) and Anthony Bonacolta take samples to study from corals afflicted by Stony Tissue Loss Disease (SCTLD) near Key West, Florida, U.S. September 9, 2019. REUTERS/Lucas Jackson SEARCH "JACKSON CORAL" FOR THIS STORY. SEARCH "WIDER IMAGE" FOR ALL STORIES.

GM1EA9J1KBS02 Police take sample for DNA testing as data is collected from people who work near the spot where bodies of two killed British tourists were found, on the island of Koh Tao September 19, 2014. The bodies of David Miller and Hannah Witheridge were found early on Monday on the beach on Koh Tao, a southern island known for its coral reefs and diving. REUTERS/Chaiwat Subprasom (THAILAND - Tags: CRIME LAW POLITICS TRAVEL)

PBEAHUOBGGO - PHOTO TAKEN 10MAR05 - Vikki Meadows, an astro-biologists from NASA analyzes gas samples produced by bacterial colonies in a lake bed at Cuatro Cienegas, Mexico, March 10, 2005. The ancient coral like formations known as stromatolites first arose on earth more than two billion years ago, and researchers believe profiling the gases they emit may enable them to identify life on planets around nearby stars.

PBEAHUOBJDE -PHOTO TAKEN 10MAR05- Courtney Turich (R), an astro-biologist, and assistant Joshua Siefert analyze gas samples produced by bacterial colonies in a lake bed at Cuatro Cienagas, Mexico, March 10, 2005. The ancient coral like formations known as stromatolites first arose on earth more than two billion years ago, and researchers believe profiling the gases they emit may enable them to identify life on planets around nearby stars. Picture taken March 10, 2005.

PBEAHUOBJDC -PHOTO TAKEN 10MAR05- Brand Bebout an astro-biologist from NASA, analyzes gas samples produced by bacterial colonies in a lake bed at Cuatro Cienagas, Mexico, March 10, 2005. The ancient coral like formations known as stromatolites first arose on earth more than two billion years ago, and researchers believe profiling the gases they emit may enable them to identify life on planets around nearby stars. Picture taken March 10, 2005.

RP6DRMSQTVAB Turich an astro biologist and an assistant Siefert analyzes gas samples produced by bacterial colonies in a lake bed at Cuatro Cienagas. Courtney Turich (R), an astro-biologist, and assistant Joshua Siefert analyze gas samples produced by bacterial colonies in a lake bed at Cuatro Cienagas, Mexico, March 10, 2005. The ancient coral like formations known as stromatolites first arose on earth more than two billion years ago, and researchers believe profiling the gases they emit may enable them to identify life on planets around nearby stars. Picture taken March 10, 2005. REUTERS/Henry Romero/SPACE-MEXICO

RP6DRMSQTVAA Astro biologist from NASA analyzes gas samples produced by bacterial colonies in a lake bed at Cuatro Cienagas. Brand Bebout an astro-biologist from NASA, analyzes gas samples produced by bacterial colonies in a lake bed at Cuatro Cienagas, Mexico, March 10, 2005. The ancient coral like formations known as stromatolites first arose on earth more than two billion years ago, and researchers believe profiling the gases they emit may enable them to identify life on planets around nearby stars. Picture taken March 10, 2005 REUTERS/Henry Romero/FEATURE/SPACE-MEXICO

RP6DRMSQTUAB Astro biologist from NASA analyzes gas samples produced by bacterial colonies in a lake bed at Cuatro Cienagas. Brand Bebout an astro-biologist from NASA, analyzes gas samples produced by bacterial colonies in a lake bed at Cuatro Cienagas, Mexico, March 10, 2005. The ancient coral like formations known as stromatolites first arose on earth more than two billion years ago, and researchers believe profiling the gases they emit may enable them to identify life on planets around nearby stars. Picture taken March 10, 2005 REUTERS/Henry Romero/FEATURE/SPACE-MEXICO