Live Breaking News & Updates on Ecosystem Productivity

Stay updated with breaking news from Ecosystem productivity. Get real-time updates on events, politics, business, and more. Visit us for reliable news and exclusive interviews.

Skeptical Science New Research for Week #35 2023

Open access notables
In this week s government/NGO reports section, another rapid assessment by World Weather Attribution, an outfit dedicated to keeping us informed of the impacts of climate change on weather events happening around us right now. WWA s new report Climate change more than doubled the likelihood of extreme fire weather conditions in Eastern Canada finds: ....

Butte County , United States , New Jersey , East China Sea , Japan General , Southern Ocean , Oceans General , French Guiana , Gulf Of Mexico , Bay Of Bengal , France General , Delaware County , Greenland General , Tibetan Plateau , China General , Mediterranean Sea , Borough Of Dunellen , Assaf Assaad , Dutot Douville , Marc Kodack , Piecuch Hamlington , Doug Bostrom , Phillipp Schneider , Alexander Maranghides Eric , Christopher Piecuch , Moharana Swain ,

Unveiling Productivity: Decoding Algae's Role as an Indicator – ictsd.org

Unveiling Productivity: Decoding Algae's Role as an Indicator – ictsd.org
ictsd.org - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from ictsd.org Daily Mail and Mail on Sunday newspapers.

Ecosystem Productivity , Nutrient Levels , Dissolved Oxygen , Algae Based Productivity , Estate Index ,

"Appraising widespread resprouting but variable levels of postfire seed" by Michael J. Lawes, Michael D. Crisp et al.

Postfire resprouting (R+) and recruitment from seed (S+) are common resilience traits in Australian ecosystems. We classified 2696 woody Australian taxa as R+ or not (R-) and as S+ or not (S-). The proportions of these traits in Australian ecosystems were examined in relation to fire regimes and other ecological correlates, and by trait mapping on a phylogeny scaled to time. Resprouting mapped as an ancestral trait. Postfire reseeding recruitment, while ancient, is more taxonomically restricted and has evolved independently several times. Nevertheless, both R+ and S+ are common in most clades, but negatively correlated at the ecosystem level indicating an evolutionary trade-off related to differences in the severity of fire regimes, determined in part by ecosystem productivity. Thus, R+ was associated with persistence in ecosystems characterised by higher productivity and relatively frequent surface fires of moderate to low severity (fire-productivity hypothesis). S+, the fire-stimulat ....

Crown Fire Regime , Ecosystem Productivity , Ire Resilient Flora , Ire Stimulated Recruitment , Ersistence Niche , Ostfire Reseeding , Ostfire Resprouting , Urface Fire Regime ,