Structure-Function Relationships of Oxygen Transport Proteins in Marine Invertebrates Enduring Higher Temperatures and Deoxygenation [0.03%]
海洋无脊椎动物氧转运蛋白的构效关系在耐受高温和缺氧中的作用
Christopher J Coates,Flávia A Belato,Kenneth M Halanych et al.
Christopher J Coates et al.
AbstractPredictions for climate change-to lesser and greater extents-reveal a common scenario in which marine waters are characterized by a deadly trio of stressors: higher temperatures, lower oxygen levels, and acidification. Ectothermic t...
Integrative Approaches to Understanding Organismal Responses to Aquatic Deoxygenation [0.03%]
理解水生生物对水域缺氧反应的综合方法
H Arthur Woods,Amy L Moran,David Atkinson et al.
H Arthur Woods et al.
AbstractOxygen bioavailability is declining in aquatic systems worldwide as a result of climate change and other anthropogenic stressors. For aquatic organisms, the consequences are poorly known but are likely to reflect both direct effects...
Mechanistic Temperature-Size Rule Explanation Should Reconcile Physiological and Mortality Responses to Temperature [0.03%]
机制温度-尺寸规则解释应调和温度对生理性和死亡率反应的研究
Asta Audzijonyte,Egle Jakubavičiūtė,Max Lindmark et al.
Asta Audzijonyte et al.
AbstractThe temperature-size rule is one of the universal rules in ecology and states that ectotherms in warmer waters will grow faster as juveniles, mature at smaller sizes and younger ages, and reach smaller maximum body sizes. Many model...
Hypoxia and High Temperature as Interacting Stressors: Will Plasticity Promote Resilience of Fishes in a Changing World? [0.03%]
低氧和高温作为相互作用的压力因子：可塑性是否会促进鱼类在变化的世界中恢复？
Madison L Earhart,Tessa S Blanchard,Adam A Harman et al.
Madison L Earhart et al.
AbstractDetermining the resilience of a species or population to climate change stressors is an important but difficult task because resilience can be affected both by genetically based variation and by various types of phenotypic plasticit...
Karen G Burnett,Louis E Burnett
Karen G Burnett
AbstractPeriodic episodes of low oxygen (hypoxia) and elevated CO2 (hypercapnia) accompanied by low pH occur naturally in estuarine environments. Under the influence of climate change, the geographic range and intensity of hypoxia and hyper...
Erik A Sperling,Thomas H Boag,Murray I Duncan et al.
Erik A Sperling et al.
AbstractOxygen levels in the atmosphere and ocean have changed dramatically over Earth history, with major impacts on marine life. Because the early part of Earth's history lacked both atmospheric oxygen and animals, a persistent co-evoluti...
Experimental Evolution Shows Body Size Decrease in Response to Hypoxia, with a Complex Effect on Plastic Size Response to Temperature [0.03%]
实验进化表明身体大小对缺氧的反应减小，这复杂地影响了温度对身体大小的可塑性反应
Aleksandra Walczyńska,Mateusz Sobczyk
Aleksandra Walczyńska
AbstractThere is a scientific debate whether oxygen concentration may be a factor driving the pattern of size decrease at higher temperature. Central to this debate is the fact that oxygen availability relative to demand for living organism...
Impacts of Low Oxygen on Marine Life: Neglected, but a Crucial Priority for Research [0.03%]
低氧对海洋生物的影响：被忽视但亟需研究的关键课题
Francisco O Borges,Eduardo Sampaio,Catarina P Santos et al.
Francisco O Borges et al.
AbstractGlobal ocean O2 content has varied significantly across the eons, both shaping and being shaped by the evolutionary history of life on planet Earth. Indeed, past O2 fluctuations have been associated with major extinctions and the re...
Lillian R McCormick,Lisa A Levin,Nicholas W Oesch
Lillian R McCormick
AbstractOrganisms in coastal waters experience naturally high oxygen variability and steep oxygen gradients with depth, in addition to ocean deoxygenation. They often undergo diel vertical migration involving a change in irradiance that ini...
Cephalopods and Neuroscience Go Arm in Arm in The Biological Bulletin [0.03%]
头足类动物和神经科学在《生物学 bulletin》中携手同行
Charles Derby
Charles Derby