Skip to main content

Corals in High-Latitude Western Australia Regulate Chemistry to Cope With Cold

Corals at high-latitude locations in Australia, i.e., towards the south, can change their chemistry in order to adapt to colder conditions. Unfortunately, the sea is heating up not cooling down. The analysis was done by the Australian Research Centre (ARC) at the University of WA. (Australia western).

High-latitude coral

A warmer ocean could be expected to slow down coral growth in Bremer Bay but the animals altered their chemical composition. Indeed, they are flourishing. It seems that growing in a cold condition is what they do best.

The two-year study showed that it is only tropical reefs that are under threat. There is more food available in cooler regions. By extrapolation it can be surmised that corals situated in hotter areas get less nutrition with global warming.
% ai corals za high-latitude oh reefs gu internal ex coral el chemistry oi growth ta temperatures % + a corals i high-latitude oh reefs ah internal by coral id chemistry my growth ax temperatures as ross an cooler am western of study be regulate hi australia la promote as growing ox reef + ~ of corals if high-latitude hi reefs ho internal ha coral in chemistry on growth an temperatures to ross it cooler at western or study we regulate he australia up promote to growing uh reef eh studies go winter at climate ok la me claire no grow so bremer is bay cold temperatures arc ~ * cold corals high-latitude reefs internal coral chemistry growth temperatures ross cooler western study regulate australia promote growing reef studies winter climate change arc claire grow bremer bay years degrees high link light rates tourism compared due water natural regulation tropics important co2-driven australian * = co2-driven important tropics regulation natural water due compared tourism rates light link high degrees years bay bremer grow claire arc change climate winter studies reef growing promote australia to regulate study western cooler ross growth chemistry coral internal up cope blog reefs high-latitude corals cold change blog australian scientific cope = || , || 
◆  BIOLOGY  

| ★ images environment cope ocean eh news environment ocean| fulcrum How Date: Source: Summary: Share: FULL STORY This image (Turbinaria reniformis). Credit CoE for according new Excellence published today Proceedings Royal Society B, suggests may necessarily faster calcification where currently than 18C). Lead author carried out over Australia's 515km south-east Perth Great Southern region. renowned diving, snorkelling hot spot its stunning crystal clear waters, white sand marine biodiversity. "For used cutting-edge geochemical techniques how fast were These (above 28 north below) have lower essentially provide laboratories investigating limits." researchers slower during because levels surprised find opposite pattern. "We able remarkable capacity temperate maintain," she also found there summer, indicating (in addition regulation) feed sustain one world's most valuable resources, providing habitat many species, shoreline protection from waves storms, well being economically fisheries. However, shown process which build skeletons CO2-driven effects likely vary geographically, relatively little known about outside tropics. "Our unique among first fully decipher The findings this help better understand predict future ★

Popular posts from this blog

Happy Cow

"Yes, I am content." ✿ Funny Animal Photos contented cow field Adventure Australia Funny Weird Things Articles News Reviews ● ⌘   Vista Computer Solutions Blog   ⌘ ✤ . . . . . . . . . . . . . . . . . . . . . . . .   . . . . . . . . . . cow content happy good life free field paddock green grass milk dairy COW NOT LEAVING HOME

Anthropology Has New Theory on Australian Aboriginals

New theory on Australian Aboriginals - Anthropology. Australian Aboriginals split from Eurasians and moved south into the dry continent. Twenty thousand years later the world warmed up and Australia was cut off from its northern neighbors. This is the latest theory.  But when Europeans initially came to Queensland there were two types of native people. Each was a distinct genetic pool. One was like Papua New Guineans. The other was very slight and shorter. It is the latter that predominates today. Papua New Guineans Australian Aboriginals Some scientists still hold that there was only one move out of Africa. This is an unsustainable supposition. The doors for movement were always open. Australian Aboriginals were quite unique. It seems that they were the first to leave Africa. There is also the question of Tasmanian Aboriginals who were wiped out by arriving Europeans. There is no evidence of them now. They could not light fires. The flames had to be stol...

Natural History Museum Human Evolution Gallery

 The Human Evolution gallery at Natural History explores the origins of Homo sapiens by tracing our lineage back to when it separated from that of our closest living relatives, the bonobos and chimpanzees. Around 200,000 years ago, Africa was where modern humans developed. They have smaller faces and brow ridges, a chin that is more prominent than that of other ancient humans, and a brain case that is higher and more rounded. Modern human fossils from Israel (around 100,000 years old), Africa (around 195,000 years old), and Australia (around 12,000 years old) are among the casts on display. These fossils demonstrate that typical characteristics of modern humans evolved over time rather than emerging fully formed from Africa. They also suggest that at least two waves of people leaving Africa may have occurred, one about 100,000 years ago and the other about 60,000 years ago. We are all descendants of those who left during that second migration wave outside of Africa. Source: Natural...