#Growing_seasonWarming (GW) and #Non_growing_seasonWarming (NW) interactively and differently influence reproductive phenology in a semi-arid steppe. GW advanced both #FloweringTime and fruiting time, whereas NW delayed only #FruitingTime.
#Growing_seasonWarming (GW) and #Non_growing_seasonWarming (NW) interactively and differently influence reproductive phenology in a semi-arid steppe. GW advanced both #FloweringTime and fruiting time, whereas NW delayed only #FruitingTime.
I had missed this #GoodNews. In the #EU wind and solar electricity have overtaken fossils in 2025 for the first time: https://ember-energy.org/latest-insights/european-electricity-review-2026/
Well, it's not quite that #Solarpunk is coming immediately, but great news nevertheless πͺ π
Special Feature: A multi-species assessment of Arctic whales identified shared regions of maladaptive risk to climate warming, providing context for designing ecosystem-wide evolutionary enlightened conservation strategies.
Available now ahead of print!
https://www.journals.uchicago.edu/doi/10.1086/738889
#idw Study: βHiddenβ #contrails in #cirrus clouds contribute to #climatewarming
Researchers at the Institute for #Meteorology at Leipzig University have, for the first time, determined the climatic impact of contrails that form within natural cirrus clouds. Contrails account for the largest share of aviationβs climate impact beyond carbon dioxide emissions. https://idw-online.de/en/news863338
π¨ New #preprint online! π¨
"Forecasting #bryozoan assemblage dynamics under simulated #ClimateChange" by Mira Baer et al.
We use an #IndividualBasedModel to explore potential future bryozoan assemblage dynamics. We show that successional patterns strongly depend on the duration of the growing season as well as on the spatial distribution of predation events - which are both likely to change due to #ClimateWarming...
ππ» https://www.biorxiv.org/content/10.1101/2025.10.31.685734v1
Chao Wang et al. investigated the effects of simulated nighttime warming and atmospheric #NitrogenDeposition on the temperatures of shallow water, deep water, and sediment, and also explored the potential influence of #Microclimate on wetland carbon cycles.
7/
From the original article in The Age in 2021:
Should Australia warm by 3 degrees, the number of days hotter than 35 degrees in Sydney would jump from an average of 3.1 to 11 each year, while in Melbourne the jump would be from 11 to 24. In Darwin, the average number of days hotter than 35 degrees would go from 11 to 265 β every day would be designated a heat stress day.
6/
Altered Water Cycles:
Changes in vegetation can affect local precipitation patterns, impacting agriculture and natural water sources.
Increased Carbon Release:
Deforestation and degradation can release stored carbon, further exacerbating climate change.
#ClimateWarming
#ClimateChange
Source: Duck.ai
That was the output on the assumption of 3 degrees warming.
We are on track of 3.1C warming.