Understanding the impact of #climatechange and also #oceanacidifcation on
#marine #ecosystems requires study across multiple trophic levels.

This valuable new review explores the importance of #zooplankton and their response to #climatechange highlighting the likelihood of increases in CO2 from zooplankton respiration but a number of knowledge gaps to address.

Find out more in Nature Communications on:

https://www.nature.com/articles/s41467-023-36241-5

#ecology #ClimateCrisis

In this paper we talked about student perceptions of #climate risks, understanding of #climatechange and #oceanacidifcation, and how viewing an internet television program affected their understanding and perceptions. The program improved student understanding of ocean acidification and the diversity of climate change related risks. It was also one of only a handful of studies on television programs for climate #sciencecommunication or looking at public knowledge of ocean acidification.

RT @euenvironment: 🆕📢#EEAindicator out! Did you know that #oceans 🌊 have become 30% more #acidic over the industrial area? Ocean acidification has impacts on marine organisms 🪸🐚and has already affected the deep ocean.

More info on EEA indicator on #oceanacidifcation.

https://www.eea.europa.eu/ims/ocean-acidification

🐦🔗: https://nitter.eu/EU_ENV/status/1561994195858034688

🆕📢#EEAindicator out! Did you know that #oceans 🌊 have become 30% more #acidic over the industrial area? Ocean acidification has impacts on marine organisms 🪸🐚and has already affected the deep ocean.

More info on EEA indicator on #oceanacidifcation.

https://www.eea.europa.eu/ims/ocean-acidification

🐦🔗: https://nitter.eu/EUEnvironment/status/1557670689984872449