Discover and read the best of Twitter Threads about #oceanacidification
Most recents (8)
1/38. Today is the eighth day of the #BonnClimateConference (#SB58) and it saw the closing plenary of the Technical Dialogue of the #GST, discussions on the #SantiagoNetwork, the continuation of the #NCQG’s 6th Technical Expert Dialogue and the first stocktaking plenary. 🧵 
2/38. Today also saw a focus on #HumanRights with a number of side events and an action drawing attention to the key message that “there can be no #ClimateJustice without #HumanRights”.
3/38. Joining "No #ClimateJustice without #CivicSpace and #HumanRights: zooming in on the @UNFCCC process"* with @ciel_tweets, @amnesty and @350, we heard important messages on the need for safe #CivicSpace under the @UNFCCC so that we can make our #LossAndDamage demands heard!
📝💡 𝐖𝐞𝐞𝐤𝐥𝐲 𝐇𝐢𝐠𝐡𝐥𝐢𝐠𝐡𝐭𝐬💡📝
Here's your roundup of top #CarbonDioxideRemoval News Articles / Scientific Papers from the past week: 🌱🪨🎛️🌊
🧵
1/12
Here's your roundup of top #CarbonDioxideRemoval News Articles / Scientific Papers from the past week: 🌱🪨🎛️🌊
🧵
1/12
1️⃣ In this week’s @CipherClimate Voices article, "@naimmerchant, @NoahMcQueen13, & Grant Faber discuss:
🔸the critical role #DAC will play in achieving #NetZero
🔸how DAC solutions are improving in terms of cost & efficiency as the tech scales."
➡️
2/12
🔸the critical role #DAC will play in achieving #NetZero
🔸how DAC solutions are improving in terms of cost & efficiency as the tech scales."
➡️
2/12
2️⃣ 🌊New paper dropped by @bach_lennart, @_david_ho_ & others on "how to deal with air-sea gas exchange uncertainties when assessing the efficacy of ocean-based #CarbonDioxdeRemoval."
📝📖➡️
3/12
📝📖➡️
3/12
🚨📝𝐍𝐄𝐖 𝐏𝐀𝐏𝐄𝐑📝🚨
A recent study used "an Earth system model to examine the response of #OceanAcidification to idealized atmospheric #CarbonDioxideRemoval scenarios."
Details in a 🧵below ⬇️
1/8
A recent study used "an Earth system model to examine the response of #OceanAcidification to idealized atmospheric #CarbonDioxideRemoval scenarios."
Details in a 🧵below ⬇️
1/8
"In the simulations, atmospheric CO2 is assumed to increase at a rate of 1% per year to four times its pre-industrial value and then decreases to the pre-industrial level at a rate of 0.5%, 1%, 2% per year, respectively."
2/8
2/8
Results show that "the annual mean state of surface ocean #carbonate chemistry fields including [H+] conc., pH & aragonite saturation state respond quickly to removal of atmospheric CO2. Yet, the change of seasonal cycle in CaCO3 chemistry lags behind the decline in atm CO2."
3/8
3/8
Daily Bookmarks to GAVNet 02/07/2022 greeneracresvaluenetwork.wordpress.com/2022/02/07/dai…
A review of research looking into the impact of PFAS-containing products on the environment
phys.org/news/2022-02-i…
#PolyFluoroAlkylSubstance, #PerFluoroAlkylSubstance, #ResearchReview, #PublicHealth, #EPA
phys.org/news/2022-02-i…
#PolyFluoroAlkylSubstance, #PerFluoroAlkylSubstance, #ResearchReview, #PublicHealth, #EPA
Dr Matt Lodder on Twitter and ThreadReader
threadreaderapp.com/thread/1488894…
#PlagiarismAvoidance, #ArtificialIntelligence, #ParaphrasingTool, #MachineLearning
threadreaderapp.com/thread/1488894…
#PlagiarismAvoidance, #ArtificialIntelligence, #ParaphrasingTool, #MachineLearning
Our paper documenting an extreme decline effect in #oceanacidification studies on fish behaviour is now out in @PLOSBiology!
doi.org/10.1371/journa…
The paper is much different than the original preprint, so here’s a thread:
doi.org/10.1371/journa…
The paper is much different than the original preprint, so here’s a thread:
Some of the most drastic & ecologically worrisome impacts of #oceanacidification are reported for fish behaviour. Initial studies from 2009-2010 documented 100% impairment of anti-predator behaviour for fish exposed to ocean acidification conditions!
onlinelibrary.wiley.com/doi/10.1111/j.…
onlinelibrary.wiley.com/doi/10.1111/j.…
However, studies reporting no effects have seemingly increased in recent years, casting some doubt on these dire predictions
This phenomenon of decreasing effect sizes over time is not uncommon and is typically referred to as the “decline effect”
en.wikipedia.org/wiki/Decline_e…
This phenomenon of decreasing effect sizes over time is not uncommon and is typically referred to as the “decline effect”
en.wikipedia.org/wiki/Decline_e…
(1/n) This comment and our reply on our #Nature paper looking at fish behaviour and #oceanacidification has gotten a lot attention. Unfortunately, some of it has been very negative and unprofessional. Here’s my POV.
(2/n) First, this is a topic that folks feel passionate about. That’s great, and I’m glad the paper and both comments have sparked discussion. This is a healthy part of the scientific process and how we progress as a community.
(3/n) However, devolving into name calling and mud-slinging helps nothing, and is harmful esp to those of us without permanent positions on all sides. We don’t always have to agree scientifically, but please let’s be civil and respectful.
A recent study in @nature couldn't replicate drastic CO2 effects on coral reef #fish behaviour & empirically found no effect of #oceanacidification go.nature.com/3hK49UR
Our #metaanalysis of the past decade on this topic concurs ecoevorxiv.org/k9dby/
Breakdown thread👇
Our #metaanalysis of the past decade on this topic concurs ecoevorxiv.org/k9dby/
Breakdown thread👇
We demonstrate one of the most striking examples of the #DeclineEffect in #ecology to date, w/ reported effects of OA on fish behaviour all but disappearing over past decade
If you’ve never heard of the #DeclineEffect see: bit.ly/2EbZX2o
If you’ve never heard of the #DeclineEffect see: bit.ly/2EbZX2o
Qualitatively the number of studies reporting “strong” effects of #oceanacidification on fish behaviour have plummeted over time
We study #invasivespecies & the issues that spawn when a newcomer joins an already balanced ecosystem. But we know that invasions don't always happen in a perfect system.
Ocean acidification will unbalance our coastal ecosystems and open a door to more invasions. #FunFactFriday
Ocean acidification will unbalance our coastal ecosystems and open a door to more invasions. #FunFactFriday
OA, which increases as CO2 is added to the ocean, can make growing calcium-based shells very difficult for young bivalves. Oysters, mussels, and clams might grow softer or smaller shells, leaving ample opportunity for better adapted invasive species to take their place.
There are many more ways OA can hurt coastal systems. It might reduce the amount of food available from zooplankton, increase the growth of harmful algae, or even potentially dissolve carbonate structures. Any of these changes might cause unpredictable ecosystem breakdowns.
