Ismael Galván,Alberto Alvarado-Piqueras,Ariadna Apruzzese et al.
Ismael Galván et al.
AbstractGiven the usually dark colors that melanin pigments confer to the plumage of birds, local depigmentation creates conspicuous plumage patterns with white feathers that are commonly termed "partial leucism." Such color aberrations hav...
Climate-Driven Immune Gene Expression Profiles in Peromyscus leucopus: Implications for Bacterial Infection Dynamics [0.03%]
气候变化下的自然种库鼠白足鼠免疫基因表达特征及其对细菌感染动态的影响
Vania R Assis,Kailey McCain,Rachel A Munds et al.
Vania R Assis et al.
AbstractPeromyscus leucopus mice, a primary reservoir for Borrelia burgdorferi (the causative agent of Lyme disease), are a valuable system for examining climate-driven variation in host immunity. Particularly under rapid climate change, im...
Flash Drought and Heat Waves Influence Embryonic Development and Offspring Size in an Oviparous Ectotherm [0.03%]
干旱和热浪影响卵生母体后代大小及胚胎发育
Ayley L Shortridge,Morgan A Clark,Claudia Crowther et al.
Ayley L Shortridge et al.
AbstractAnthropogenic climate change is driving an increase in climate extremes, including concurrent drought and heat wave events. To understand the ecological consequences of these events, research is needed to identify their separate and...
Bárbara Bastos,Melanie Sarfert,Katja Nowick et al.
Bárbara Bastos et al.
AbstractEndothermic homeothermy, a key adaptation in mammals and birds, enables survival across diverse environments, albeit at significant energetic costs. Some mammals mitigate these costs through flexible thermoregulation, alternating ho...
Migratory Birds on Wintering Grounds in Tropics Have a Higher Basal Metabolic Rate than Tropical Residents [0.03%]
冬迁至热带越冬的候鸟的基础代谢率高于当地的留鸟
Andrey V Bushuev,Oleg O Tolstenkov,Igor V Palko et al.
Andrey V Bushuev et al.
AbstractLong-distance endurance flight in migratory birds requires numerous physiological adaptations. Maintaining the necessary physiological machinery may require increased energy expenditure, which could manifest as an elevated basal met...
Reproductive Immunology from Copulation to Parturition in an Evolutionary and Ecological Context [0.03%]
从交配到分娩：进化和生态背景下的生殖免疫学
Lauren E MacDonald,Chloe C Josefson,Bethaney D Fehrenkamp et al.
Lauren E MacDonald et al.
AbstractFemale reproduction impacts whole-body physiology, ecology, and Darwinian fitness, as endocrine and physiological changes affect peripheral body systems and maternal behavior and compose the basis and constraints of reproductive suc...
Pectoralis Muscle Fiber Diameter and Myonuclear Domain Remain Unchanged in Winter-Phenotype House Sparrows (Passer domesticus) Acclimated to Stable Warm, Stable Cold, and Fluctuating Cold Thermal Treatments [0.03%]
稳定的温暖、稳定的寒冷和波动的寒冷热适应处理对冬季型屋麻雀(Passer domesticus)的胸肌纤维直径和肌核域无影响
Ana Gabriela Jiménez,Chelsi Marolf,David L Swanson
Ana Gabriela Jiménez
AbstractPhenotypic flexibility can allow for reversible changes in adult phenotypes according to prevailing environmental conditions, a concept referred to as environmental matching. Increasing thermal variability across seasons is one of t...
Bioenergetics of Bodily Maintenance, Thermoregulation, and Behavior in a Wild Rodent [0.03%]
野生啮齿动物的机体维持、体温调节和行为的生物能研究
Alexandra M Tyers,Hugo Tornier,Jan S Boratyński et al.
Alexandra M Tyers et al.
AbstractEnergy is a central resource for life, but animals' energy budgets are limited by their ability to collect, process, and redistribute energetic assets to diverse functions, including behavior. Yet none of the existing bioenergetic m...
The Contribution of Tissue-Specific Mitochondrial Respiration to Individual Variation in Oxygen Uptake during Rest and Exercise by the Gulf Killifish, Fundulus grandis [0.03%]
组织特异性线粒体呼吸对大杀鱼（Fundulus grandis）在静息和运动时摄氧量个体差异的贡献
Samantha D Brieske,Brian A Irving,Bernard B Rees
Samantha D Brieske
AbstractVariation in rates of oxygen uptake (Ṁo2) among individuals within a species is widespread and observed during both rest and activity. Such variation is expected to be important in animal physiology, ecology, and evolution, yet the...
The Elytral Management of Near-Infrared Radiation Enhances Body Heat in a Dung Beetle Species without Energetic Cost [0.03%]
一种不会增加能量消耗的粪金龟属昆虫通过节肢管理近红外辐射来增强体温
Jorge M Lobo
Jorge M Lobo
AbstractNear-infrared radiation, although invisible to the human eye, accounts for nearly half the solar energy that reaches the Earth's surface. Given this, it is reasonable to investigate whether this type of radiation influences thermore...