Is It in the Stars? Exploring the Relationships between Species' Traits and Sea Star Wasting Disease [0.03%]
宿主属性与海星衰竭病的关系分析：以西海岸太平洋海星为例
Lauren M Schiebelhut,Melina Giakoumis,Rita Castilho et al.
Lauren M Schiebelhut et al.
AbstractAn explanation for variation in impacts of sea star wasting disease across asteroid species remains elusive. Although various traits have been suggested to play a potential role in sea star wasting susceptibility, currently we lack ...
Climate Change Amelioration by Marine Producers: Does Dominance Predict Impact? [0.03%]
海洋初级生产力缓解气候变化的潜力：优势是否预示影响？
Samuel A Mahanes,Matthew E S Bracken,Cascade J B Sorte
Samuel A Mahanes
AbstractClimate change threatens biodiversity worldwide, and assessing how those changes will impact communities will be critical for conservation. Dominant primary producers can alter local-scale environmental conditions, reducing temperat...
A Circadian Rhythm of Visual Sensitivity in the American Lobster, Homarus americanus [0.03%]
美洲龙虾的视觉敏感性昼夜节律
Winsor H Watson rd,Kyle Jenks,Colin Whitworth
Winsor H Watson rd
AbstractTo determine whether eyes of American lobsters (Homarus americanus) are more sensitive to light at night than during the day, electroretinograms were continuously recorded from 23 adult lobsters for at least 3 days (range: 3 to 9 da...
Opsins in the Cephalic and Extracephalic Photoreceptors in the Marine Gastropod Onchidium verruculatum [0.03%]
腹足类Onchidium verruculatum头腔和头腔外感光细胞中的视黄醛受体_opsin蛋白
Ryota Matsuo,Sanae Kotoh,Kiyotaka Takishita et al.
Ryota Matsuo et al.
AbstractThe marine gastropod Onchidium verruculatum has a pair of ocular photoreceptors, the stalk eyes, on the tip of its stalk near the head, as well as several extracephalic photosensory organs. The retinas of the stalk eye consist of tw...
Minor Genetic Consequences of a Major Mass Mortality: Short-Term Effects in Pisaster ochraceus [0.03%]
大规模死亡事件的微小遗传后果—— pisaster ochraceus 的短期效应
Lauren M Schiebelhut,Melina Giakoumis,Rita Castilho et al.
Lauren M Schiebelhut et al.
AbstractMass mortality events are increasing globally in frequency and magnitude, largely as a result of human-induced change. The effects of these mass mortality events, in both the long and short term, are of imminent concern because of t...
Interactive Effects of Increasing Temperature and Decreasing Oxygen on Coastal Copepods [0.03%]
升温与降氧对近岸 copepod 的交互影响
Michael R Roman,James J Pierson
Michael R Roman
AbstractThe copepods of coastal seas are experiencing warming water temperatures, which increase their oxygen demand. In addition, many coastal seas are also losing oxygen because of deoxygenation due to cultural eutrophication. Warming coa...
Noelle Lucey,Camille Aube,Antonia Herwig et al.
Noelle Lucey et al.
AbstractThe frequency, magnitude, and duration of marine heatwaves and deoxygenation events are increasing globally. Recent research suggests that their co-occurrence is more common than previously thought and that their combination can hav...
Controversial Roles of Oxygen in Organismal Responses to Climate Warming [0.03%]
氧气在生物体对全球变暖的反应中的争议作用
David Atkinson,Garrath Leighton,Michael Berenbrink
David Atkinson
AbstractDespite the global ecological importance of climate change, controversy surrounds how oxygen affects the fate of aquatic ectotherms under warming. Disagreements extend to the nature of oxygen bioavailability and whether oxygen usual...
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...