The Sea Around Us Project Manager, Dr. Deng Palomares, wrote the below letter in support of FishBase, one of our project’s valued partners.
FishBase needs help and I am writing to you because you either have at one point or another requested data to be extracted from FishBase for your own research purposes or have contributed your own data to FishBase.
Photo from Max Pixel,CC0.
The Sea Around Us – Indian Ocean under the lead of Professor Dirk Zeller at the University of Western Australia is looking for outstanding PhD candidates interested in conducting ‘big-data’ and meta-analysis research on fisheries and fisheries conservation issues at the ocean-basin scale. If this is of interest to you, then consider applying for a PhD Scholarship at the University of Western Australia (UWA) in Perth. The mid-year 2018 round for domestic (Australian) candidates opens from 1 June 2018 until 13 July 2018, while the international candidates only round 1 for 2019 opens from 2 July 2018 until 31 August 2018. Please only apply after consultation with Professor Zeller.
Industrial fisheries that rely on bottom trawling to catch fish threw 437 million tonnes of fish and $560 billion overboard over the past 65 years, finds new research.
The study documents the growth in bottom trawling, a practice that results in nets full of unwanted or unneeded fish that fishers dump overboard.
Pacific Sleeper Shark. Photo by NOAA.
Bottom trawling is causing “boom and bust” fisheries.
A new study using the Sea Around Us’ reconstructed catch data reveals that in the past 60+ years, the practice of towing giant fishing nets along the sea floor has caused the extraction of 25 million tonnes of fish that live 400 metres or more below sea level leading to the collapse of many of those fish populations.
Catch reconstructions are not always easy to explain to non-scientists.
How did the Sea Around Us find out that overfishing has caused a steady decline in catches since the mid-1990s? What sources did researchers use? What’s the difference between officially reported figures and the Sea Around Us’ numbers?
More accurate data substantially improves fisheries monitoring and, in return, better monitoring generates better data. The overall result would be a greater protection to global fish stocks.
This is how we get #BetterData