The study applies local climate zones (lcz)in a high-altitude tropical city to identify thermal differences and patterns, showing that, while high temperatures were not identified, the urban area notably reduces low temperature values. Read more ➡️ bit.ly/cr_82_15

Investigation of predicted change in future max. temperatures in SE Iraq as representative of Middle East region, via downscaling using the GCMs CanESM2, HadGEM2-ES & MIROC5. Climate model projections show warming across all four seasons, in relative terms.bit.ly/cr_83_187

The 17-year study on temperature differences of the City of Turku, Finland, revealed dynamic connections between land use changes, sea-ice extent and temperatures. Results highlight the importance of #climate related #planning. Read more about this study: bit.ly/CR_84_41

Size and experience do matter! New paper by @MWStubberud and colleagues on the impact of spawning experience on population growth rate. Part of special Theme Section. Advanced view available here: bit.ly/cr_sustain_av4

📢Le #Cirad et ses partenaires d'@IsiteMUSE vous donnent rendez-vous au Montpellier Global Days. Un événement, en amont du Sommet Nouveau Sommet Afrique France, qui réunira scientifiques, politiques, citoyens et journalistes. 🗓️ 4 au 7 octobre Plus d'infos👉 bit.ly/3E9zFI2

Climate resilience of irrigated quinoa in semi-arid West Africa 💧🌾👇 doi.org/10.3354/cr01660 @IVITO98509335 Università di Firenze Climate Research

Impacts of climate change on industrial water demand varied in different sectors under the average precipitation–temperature change rate in Hebei Province. The total impact changed between 12.8% and 4.1% as the different impacts neutralized each other. bit.ly/cr_84_145

How do #populations respond to #harvesting in fluctuating environments? Spatial patterns and species interactions play major roles. And don’t forget density dependence. Find out more in this review ➡️ bit.ly/cr_sustain_av11

Nice to see our paper out in Climate Research. Thanks for a great collaboration, Javier Jarillo Díaz, Fran Cao-Garcia, @BrageBH, Bart Peeters, Bernt-Erik Sæther and Steinar Engen!

Authors found that erosive #rainfall had significant monthly variation, moderate rains decreased and rainstorms increased, in a local area within #Ganjiang River Basin. Change may lead to extreme #drought or #flood disasters. Read more about this study: bit.ly/CR_85_51

#ClimateChange at Theodore Roosevelt National Park in #Medora, ND, was examined (1960–2019). Trends in air temperature, precipitation, snow, soil moisture regime, and growing season are presented; park management implications are discussed. Read more: bit.ly/CR_85_91

What a brilliant wildlife watching day. We have explained why bluefin tuna 1) returned to our waters and 2) may now persist here, in two recent papers: 1) science.org/doi/10.1126/sc… & 2) int-res.com/abstracts/cr/v….

Towards more sustainable wildlife #harvesting with adaptive management models; a case study of the high-arctic Svalbard #reindeer living in a climate change hotspot, challenged by selective hunting and strong interannual changes in population structure. ➡️bit.ly/cr_sustain_av12

Extreme #precipitation events over #southernChina during the 2015/16 winter featured notable intraseasonal variation. We explore the oceanic precursors and possible mechanisms involved for the intraseasonal variation of extreme rainfall. bit.ly/cr_92_33

For 4 #MongolianLakes, we determined the correlation between lake area, depth and volume, and climate variables. Our results reveal the #SpatioTemporalPatterns and causes of the lakes’ #morphometric changes in relation to #ClimateChange. bit.ly/cr_92_79

We investigate agroecological methods employed by Myanmar rice farmers to adapt to changing climatic conditions, factors that influence their adaptation strategies, and their levels of adaptive capacity and its relationship with rice yield. bit.ly/cr_92_151

Global climate has shown an increasing trend in warming and more frequent abnormal weather. We reveal a significant peer effect of the decision-making process of large grain farmers in adopting adaptive behaviors towards weather-related disasters. bit.ly/cr_93_43

How will climate-driven rainfall shifts affect #mosquito populations? Our study predicts future changes in #Culex pipiens and #Aedes albopictus under various precipitation scenarios in Tokyo. bit.ly/cr_94_81