In California, a changing climate has made autumn feel more like summer, with hotter, drier weather that increases the risk of longer, more dangerous wildfire seasons, according to a new Stanford-led study.
The Great Barrier Reef is suffering its third mass bleaching event in five years. It follows the record-breaking mass bleaching event in 2016 that killed a third of Great Barrier Reef corals, immediately followed by another in 2017.
Rising ocean temperatures could have pushed the world’s tropical coral reefs over a tipping point where they are hit by bleaching on a “near-annual” basis, according to the head of a US government agency program that monitors the globe’s coral reefs. Dr Mark Eakin, coordinator of Coral Reef Watch
Every aspect of our lives has been affected by the coronavirus. The global economy has slowed, people have retreated to their homes and thousands have died or become seriously ill. At this frightening stage of the crisis, it’s difficult to focus on anything else.
The government agency responsible for the Great Barrier Reef has confirmed the natural landmark has suffered a third mass coral bleaching episode in five years, describing the damage as “very widespread”.
The Great Barrier Reef has experienced a third mass coral bleaching event in five years, according to the scientist carrying out aerial surveys over hundreds of individual reefs.
As the nation shifts abruptly into the fight against coronavirus, a question arises: could social isolation help reduce an individual’s production of greenhouse gases and end up having unexpected consequences for climate change?
Stock markets around the world had some of their worst performance in decades this past week, well surpassing that of the global financial crisis in 2008...
Scientific Consensus Statement 2013 - Chapter 2: Resilience of Great Barrier Reef marine Ecosystems and Drivers of Change
This chapter focuses on the temporal dynamics, spatial extent and cumulative impacts of current and future drivers of change on Great Barrier Reef water quality, and subsequent impacts on marine ecosystems in the Great Barrier Reef Marine Park. These include the acute influences of large flood events driven by extreme weather, salinity stress, tropical cyclones, thermal stress, crown-of-thorns starfish outbreaks and other anthropogenic drivers such as coastal development activities.
Tropical forests are taking up less carbon dioxide from the air, reducing their ability to act as “carbon sinks” and bringing closer the prospect of accelerating climate breakdown.