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2017_07_21_Ratten-der-Meere_01
Herbert

‘Weedy’ fish species to dominate future oceans due to ocean acidification

by Herbert - 24th July 2017
Such fish are “marine equivalent to rats” For the first time, researchers at University of Adelaide have demonstrated that the ocean acidificat...
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Herbert

Ocean acidification causes coralline algae to adjust internal chemistry

by Herbert - 25th April 2017
Some species show higher tolerance than others For the first time, a new study has revealed that coralline algae, which is essential in the format...
2016_09_21_Ausstellung-Geomar_photo_37_www_oceanacidification_de_01_aea3633727
Mares

Photo exhibition on ocean acidification opens at GEOMAR

by Mares - 27th September 2016
A new photo exhibition by two nature photographers centres on the organisms on which climate change research is currently focused on. From the Arc...
20120428_co2_seep_KatharinaFabriciusAIMS_Bildgröße ändern
Herbert

Two-thirds of zooplankton at tropical coral reefs lost to ocean acidification

by Herbert - 24th September 2016
Ocean acidification can fundamentally change the structure of the reef Tropical coral reefs can lose up to two-thirds of their zooplankton as a re...
2016_08_25_Dorsch-Nachwuchs_2010-04-09_Frischgeschluepfte-Dorschlarven_CClemmesen-GEOMAR_1d45eb3c00
Mares

Ocean acidification puts cod larvae in Atlantic under threat

by Mares - 27th August 2016
Population of cod has come into increasing pressure The increased acidification of the ocean may lead to twice as many newly-hatched cod larvae to p...
2016_07_12_Anpassung-Ozeanversauerung_Ehux_cultureflasks_KaiLohbeck-GEOMAR_02_d21eb30a66
Mares

Limitations of adaptation in ocean acidification

by Mares - 21st July 2016
Examining the evolutionary adaptation of unicellular phytoplankton Through the process of evolution, the coccolithophore Emiliania huxleyi, a unic...
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Mares

Baby sharks defy ocean acidification

by Mares - 15th April 2016
Some baby sharks are able to cope with the level of ocean acidification predicted for the end of this century, according to a recently published Aus...
1
Mares

Ocean acidification slows down coral reef growth

by Mares - 17th March 2016
By manipulating the seawater chemistry of a reef to study how excess carbon dioxide caused by human activity affects coral reefs, a team of scientis...
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Mares

German research network on ocean acification concludes

by Mares - 8th October 2015
An in-depth assessment of the possible impact of ocean acidification on the environment, society and economy, as well as the development of management...
2015_06_30_Klimawandel_Coral_Bermuda_c_A_Venn
Herbert

Climate Change: Ocean Collapse irreversible?

by Herbert - 8th July 2015
Oceans Will Collapse If Greenhouse Gas Emissions Are Not Reduced It's been confirmed: Even if we were to reduce our global emission of greenhouse ...
2017_06_05_Riffe_06
Herbert

Future opportunities for coral reefs

by Herbert - 8th June 2017
In spite of global warming, reefs could change but remain the same Although the world’s coral reefs are under threat, there is still time to save...
2017_04_28_Miesmuscheln_Miesmuschellarven_GEOMAR_7d1a70a230
Mares

Kiel Fjord as training ground for mussels

by Mares - 4th May 2017
Genetic adaptation likely to have occurred over many generations Mussels from the Kiel Fjord were discovered to be able to adapt to ocean acidific...
OLYMPUS DIGITAL CAMERA
Mares

Larger-sized animals at higher risk of extinction

by Mares - 22nd September 2016
Serious consequences for the marine ecosystems Uncontrolled fishing practices have given rise to a new trend that places larger animals at greater...
2016_08_10_Ostsee-Tang_FucusVesiculosus_MWahl-GEOMAR_original_9c3514b5de
Mares

Essential seaweed species in Baltic Sea under threat

by Mares - 11th August 2016
The Baltic Sea’s biomass of bladder wrack (Fucus vesiculosus) may soon decline due to rising sea temperatures and the presence of increased nutrie...
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Mares

Coral reefs in dire threat

by Mares - 12th October 2015
The third global spate of coral bleaching currently taking place may affect almost 38 percent of all the coral reefs worldwide. Publishing their findi...
#1 Cone Snail at the bottom of the ocean
Mares

Elevated carbon dioxide levels impairs cone snails’ hunting skills

by Mares - 7th February 2017
Cone Snails become hyperactive and “meandered around” Cone snails are expected to find it hard to catch their prey if carbon dixoide levels ri...
2017_01_05_Auftauende-Arktis_1
Mares

Studying the effects of coastal erosion in the Arctic

by Mares - 18th January 2017
The thawing and erosion of the arctic permafrost coasts has increased so drastically in the past that more than 20 metres of land is consumed by the...