Ethan B Linck
Ethan B Linck
AbstractElevational distributions have long fascinated scientists, an interest that has burgeoned with studies of predicted upslope range shifts under climate change. However, this body of work has yielded conflicting results, perhaps due t...
Investigating Tipping and Its Predictability in Noisy Environments: Evaluating the Impact of Temporal and Species Response Correlation [0.03%]
探究噪声环境下的 tipping 及其可预测性：时空响应相关性的评估
Sagar Karmakar,Amit Samadder,Joydev Chattopadhyay
Sagar Karmakar
AbstractUnderstanding and identifying factors influencing the likelihood of sudden transitions in ecological systems is a significant area of scientific research. Environmental fluctuations are particularly important, as they can trigger th...
Asymmetry in Cross-Sex Cross-Trait Genetic Covariances and the Evolvability of Sexual Dimorphism [0.03%]
种间同性异质遗传协方差的不对称性和两性差异演化的可演化性
Mathieu Videlier,Jacqueline L Sztepanacz
Mathieu Videlier
AbstractThe evolution of sexual dimorphism is predicted to resolve conflict that can arise from divergent evolutionary interests between sexes, enabling each sex to reach its fitness optimum. However, most of the genome is shared between se...
Rate of Temperature Increase and Genetic Diversity Drives Marine Metapopulation Persistence under Climate Change [0.03%]
变暖速率和遗传多样性决定了海洋元种群在气候变化下的持续性
Eojin Lee,Lisa C McManus
Eojin Lee
AbstractMetapopulations span environmental gradients and experience variable rates of environmental change, with populations differing in their tolerance and evolutionary capacity. Our study aimed to quantify the extent to which interaction...
Evolution Promotes Resilience of Marine Mixotrophic Metabolic Strategies to Thermal Stress [0.03%]
进化促进海洋半自养代谢策略对热应力的韧性
Kevin M Archibald,Stephanie Dutkiewicz,Charlotte Laufkötter et al.
Kevin M Archibald et al.
AbstractWarming induces metabolic changes in microbial organisms, including increased respiration. Empirical studies have shown that evolution can compensate for thermal sensitivity and reduce respiration rate at high temperatures. Evolutio...
In Defense of Type I Functional Responses: The Frequency and Population Dynamic Effects of Feeding on Multiple Prey at a Time [0.03%]
一类功能性反应的辩护：一次捕食多种猎物的频率和种群动态效应
Mark Novak,Kyle E Coblentz,John P DeLong
Mark Novak
AbstractEcologists differ in the degree to which they consider the linear type I functional response to be an unrealistic versus sufficient representation of predator feeding rates. Empiricists tend to consider it unsuitably nonmechanistic,...
Dissecting Factors Behind Temporal Trends in the Timing of Breeding in Two Songbird Species-Evolutionary Change or Phenotypic Plasticity? [0.03%]
解密两种鸣鸟繁殖时间变化的背后因素-进化改变还是表型可塑性？
Emma Vatka,Markku Orell,Juha Merilä
Emma Vatka
AbstractWarming climate has led to significant phenological advances in many plant and animal populations. Whether these advances represent evolutionary responses or phenotypic plasticity remain typically unknown. Using a 53-year-long time ...
Natural Selection of Synthetic Gene Drives for Population Suppression Can Favor an Intermediate Strength of Drive [0.03%]
合成基因驱动的自然选择：有利于适度强度的人口抑制基因驱动占优势
P J Beaghton,Austin Burt
P J Beaghton
AbstractSynthetic gene drives are being investigated as tools to suppress pest populations, and it is important to understand how natural selection will act on variant drivers that may either arise by de novo mutation or be intentionally re...
Genome Composition Predicts Physiological Responses to Temperature in Polyploid Salamanders [0.03%]
基因组成预测多倍体虎纹新蹄鳚的温度生理反应
Isabella J Burger,Michael Itgen,Lynn Tan et al.
Isabella J Burger et al.
AbstractMultitrait analyses can be used to measure the differential performance of phenotypic traits in species complexes. Hybridization within these complexes can result in a mismatch between mitochondrial and nuclear DNA that may lead to ...
Better Together: Offspring Benefit from Siblings in Both the Absence and the Presence of Parents [0.03%]
益于有伴而生：兄弟姐妹的 absence 和 presence 皆有利于后代
Paul Huber,Stefanie Bartl,Jan Schneider et al.
Paul Huber et al.
AbstractFamily groups, ranging from simple to complexly structured, are widespread in the animal kingdom, with parent-offspring interactions in the form of parental care traditionally considered the primary driver of family life. However, r...