This is the first article in a series looking at how key species such as bees, insects and fish respond to environmental change, and what this means for the rest of the planet, writes The Conversation. Read the full about why marine life are on the move: here.
AS well as extinct volcanoes, scientists on the latest research voyage by CSIRO’s Investigator have gained amazing insights into the life and times of juvenile fish along the East Australian Current (EAC). Read the full story in The Mercury.
In 2015, mankind will take about one trillion photos. Up until 2010, 3.8 trillion photos had been taken. If taking photos solved climate change, 2015 would cause the earth’s climate to be cesspool-level stagnant, writes Discover Magazine Online. As we know, taking photographs does not solve climate change — If only. Still, citizen science projects like RedMap use photography to collect data on our changing environment. Read the full …
It's depressing news for fish lovers but a new study has found dwindling fish stocks will mean consumption patterns will have to dramatically change within a decade, writes ABC Radio. The University of Tasmania research found nations and industries are competing for fish and it will soon no longer be viable to use the resource for both food and products like fertiliser. Read the full story and listen to the …
As our oceans change, so do the animals that live in it. Associate Professor Gretta Pecl - marine scientist and Redmap founder - looks to understand how animals respond to climate change in the ocean and what that means for us.
This edition reviews Redmap's community observations, including the Top 3 sightings per state. Also, check out the interviews with Redmap members and other marine news! Read the May newsletter.
Australian fishers, divers and beachcombers have shared on Redmap more than 1270 sightings of marine life they considered uncommon to their local seas. More than a quarter of the confirmed sightings were out of their usual home range; and many more were valuable observations of elusive or poorly-documented species. And, divers appeared to be the most enthusiastic reporters to Redmap! Here is a snapshot of Redmap's citizen science data, including …
A changing climate and strengthening East Australian Current mean the east coast of Tasmania is a ‘hotspot’, with seas warming almost four times the global average. So it’s no surprise that warmer-water fish are turning up further south than usual. And often to the delight of Tassie fishers!
Sea life near volcanic seeps may offer clues as to how animals will adapt to global warming and ocean acidification, writes the New Yorker. Read the full story here.
In a world-first study, scientists have transplanted kelp off the coast of Tasmania to better understand the impact of climate change, writes ABC Online. The kelp, which grows from northern New South Wales around to Western Australia, provides an ecosystem for hundreds of marine species. Now it is thinning and becoming patchy because of warming waters. Read the full story here at ABC Online.
