Greta Dargie and team fight their way through the forest.
A swampy area the size of England stores as much carbon as 20 years of US fossil fuel emissions.
Dry period in semi-arid central Australia.
Extreme wet years are getting wetter and more common. This means Australia's terrestrial ecosystems will play a larger role in the global carbon cycle.
Plants absorb carbon and store it in the land.
Blue mountains image from www.shutterstock.com
Australia is pumping 6.5 times more carbon into the atmosphere than the land can absorb.
Mangrove patch in the arid landscape of Baja California Peninsula, Mexico.
Octavio Aburto / iLCP
Study shows mangrove forests along desert coasts have potential to lock up large amounts of carbon and buffer against rising seas.
Things got very wet, very quickly, in Brisbane in 2011.
AAP Image/Dave Hunt
Since 1999, Australia has swung between drought and deluge with surprising speed, because El Niño has fallen into sync with similar patterns in the Indian and Southern Oceans.
Rice cultivation is one of the ways food production pumps methane into the atmosphere.
sandeepachetan.com travel photography/Flickr
Fossil fuel emissions are slowing, but another major climate problem is becoming clear: food production.
Sea turtles eating more seagrass could threaten the ocean’s ability to store carbon.
Sharks and other ocean predators help protect the ocean's carbon stores by keeping other wildlife in check.
High and dry: a water-stressed forest in the US Southwest.
Forests take longer than expected to rebound from droughts, diminishing their role as global carbon sinks.
Mangroves are still be cleared for aquaculture expansion. Since 1989, 6600 hectares of Tanjung Panjang Nature Reserve’s original 13,300 ha of mangroves have been converted.
Mangroves, hectare for hectare, store more carbon than any other forests. But they are also among the most threatened. New projects in Indonesia show how mangroves might be restored.
Lush rainforest above ground… spare a thought for what’s happening in the soil.
It’s no exaggeration to say the tropics drive our planet’s carbon cycle – the constant transfer of carbon back and forth, on a global scale, between living things and the environment. Understanding the…
The swollen Fitzroy River in Queensland, Australia, where heavy rains in early 2011 led to extraordinary regrowth with a global impact.
Capt. W. M. & Tatters/Flickr
Record-breaking rains triggered so much new growth across Australia that the continent turned into a giant green carbon sink to rival tropical rainforests including the Amazon, our new research shows…