Matthew C Fitzpatrick,Stephen R Keller,Katie E Lotterhos
Matthew C Fitzpatrick
AbstractGenomic forecasting is an emerging area of predictive ecology and evolution that leverages high-throughput sequencing to incorporate information on genomic variation into quantitative predictions of biological responses to environme...
Reciprocal Evaluation of Genomic Offset Predictions of Climate Maladaptation with Independent Empirical Datasets [0.03%]
基于独立经验数据集互评基因组偏移预测气候不适应性的方法
Brittany M Verrico,Thibaut Capblancq,Matthew C Fitzpatrick et al.
Brittany M Verrico et al.
AbstractGenomic offsets are increasingly being used to forecast maladaptation expected from the decoupling of gene-environment associations caused by an abrupt shift in climate. Such gene-environment mismatches can arise temporally from rap...
A Comparison of Genomic Forecasts Based on Genotypes versus Allele Frequencies [0.03%]
基于基因型与等位基因频率的基因组预测比较研究
Brandon M Lind,Katie E Lotterhos
Brandon M Lind
AbstractAccelerating land use and climate change threaten to disrupt relationships between adaptive variation and environmental optima of many species. Consequently, management must increasingly identify nonlocal genetic sources for restora...
Comparative Study
The American naturalist. 2026 Mar;207(3):368-388. DOI:10.1086/739098 2026
Danny Jackson,Henrey A Deese,Allyson Placko et al.
Danny Jackson et al.
AbstractHumans drive species evolution in numerous ways, ranging from the deliberate interventions of domestication to the indirect but far-reaching impacts of climate change. Anticipating how species will adapt to these pressures assumes t...
Thibaut Capblancq,Aurélien Tauzin,Yves Vigouroux et al.
Thibaut Capblancq et al.
AbstractGenomic offset metrics are increasingly used to predict population maladaptation under changing climates, based on the assumption of a negative statistical relationship between offset measures and local relative fitness. Recent theo...
From Fear to Feast: Rattlesnakes Navigate the Landscape of Fear to Optimize Foraging [0.03%]
从恐惧到盛宴：响尾蛇克服恐惧优化觅食行为
Océane Da Cunha,Rio P Dominguez,L Miles Horne et al.
Océane Da Cunha et al.
AbstractAccording to optimal foraging theory, mesopredators should forage in areas where their prey is abundant while avoiding high predation risk. Here, we investigate how environmental factors influence mesopredators' abilities to minimiz...
Wildlife Provisioning Selects for Higher Pathogen Virulence in Hosts with Incomplete Immunity [0.03%]
人工投食选择作用决定了宿主病毒致病力大小及宿主免疫不完善性
Jason C Walsman,Arietta E Fleming-Davies,Richard J Hall et al.
Jason C Walsman et al.
AbstractHumans provide massive inputs of food to wildlife, with profound ecological and evolutionary consequences. By potentially altering wildlife host immunity, density, and behavior, provisioning can influence transmission of wildlife pa...
Impacts of Epistasis, Recombination, and Genome Architecture on Population Recovery following Radical Habitat Change [0.03%]
上位性、重组和基因组结构对剧烈生境变化后种群恢复的影响
Johannes Wirtz,Carol Eunmi Lee,Luis-Miguel Chevin
Johannes Wirtz
AbstractUnder radical environmental change, populations may need to adapt quickly to avoid substantial declines in abundance and threats to their persistence. The outcome of this race between evolution and demography depends on the genetic ...
Opposing Effects of Succession on Bacterial Diversity and Function within Pitcher Plant (Sarracenia purpurea) Leaves [0.03%]
捕虫叶瓶紫草中食虫植物(Sarracenia purpurea)叶片内细菌多样性和功能在更新过程中的相反效应
Catalina Cuellar-Gempeler,Casey P terHorst,Thomas E Miller
Catalina Cuellar-Gempeler
AbstractHow biodiversity and ecosystem functions change with succession has proven to be difficult to predict. Generally, it is thought that species accumulation over time should increase function, yet other successional trajectories can ha...
Trophic Interactions Influence Thermal Adaptation of Phytoplankton Size and Stoichiometry [0.03%]
食物网互作影响浮游植物热适应及其元素比率大小演变
David M Anderson,Mary I O&#x;Connor,Colin T Kremer
David M Anderson
AbstractUnderstanding how temperature affects adaptation of cell size is challenging because cell size mediates numerous physiological and ecological trade-offs. While physiological mechanisms can lead to decreases in cell size with warming...