How Does Local Temperature Shape Thermal Tolerance? A Test Using Congeneric Snails on Tropical Rocky Shores [0.03%]
当地的温度条件如何影响生物的耐热性？基于热带岩岸上的同属螺类的实验研究
T Y Hui,S Crickenberger,S H M Chan et al.
T Y Hui et al.
AbstractPlasticity in individual thermal physiology is dependent on a species' evolutionary history as well as local environments that influence acclimatization capacity. To test how physiology and acclimatization capacity vary with species...
The Cnidarian Bcl-2 Family and Apoptosis: Evidence for Evolutionary Diversity and Involvement in the Onset of Symbiosis [0.03%]
刺胞动物Bcl-2家族及细胞凋亡：进化多样性的证据及其在共生开始过程中的作用
Sydney N Martin,Morgan A Hall,Angela Z Poole
Sydney N Martin
AbstractCoral bleaching, which occurs in response to breakdown of cnidarian-dinoflagellate symbiosis, is a major ecological issue that leads to destruction of the entire reef ecosystem. Therefore, understanding the mechanisms regulating sym...
High Mortality and Reduced Pup Production in Eared Seals Following the 2023 Highly Pathogenic Avian Influenza Outbreak in Patagonia [0.03%]
巴塔哥尼亚地区暴发高致病性禽流感后耳纹海豹死亡率升高和后代产量减少
M F Grandi,V N Milano,F M Heredia et al.
M F Grandi et al.
AbstractEmerging infectious diseases can cause abrupt demographic changes in wildlife populations. The 2023 outbreak of highly pathogenic avian influenza caused widespread mortality in pinnipeds along the South American coast. We evaluated ...
Regeneration and Caudal Segmentation in Phragmatopoma californica (Annelida: Sabellariidae) [0.03%]
Phragmatopoma californica (annelida: sabellariidae)的再生和尾部节段化
Cheng Hsing Wu,Bruno Pernet
Cheng Hsing Wu
AbstractThe abilities of sabellariid annelids to regenerate missing anterior or posterior body regions are not well understood. We described regeneration ability in the sabellariid Phragmatopoma californica, carrying out amputations in thre...
A Redescription and Characterization of the Transcriptome of the Sea Anemone Edwardsia elegans (Verrill) [0.03%]
艾氏精美海葵（Edwardsia elegans）的转录组再描述和特征分析
Auston Rutlekowski,Marymegan Daly,Adam M Reitzel
Auston Rutlekowski
AbstractEdwardsia elegans Verrill, 1869 is the most commonly encountered and discussed species of Edwardsia from North America. Although it is familiar and commonly cited in field guides, its anatomy, cnidom, life history, and molecular res...
Ultrastructural Bacteriocyte Characterization among Chemosymbiotic Alviniconcha Snails from Hydrothermal Vents in the Indo-Pacific Oceans [0.03%]
来源于印度洋-太平洋热液喷口 chemosymbiotic Alviniconcha 钉螺科生物的细菌体细胞表征研究
Nova B Hanson,Amanda E Bates,Suzanne C Dufour
Nova B Hanson
AbstractSymbiotic associations between deep-sea invertebrates and chemoautotrophic bacteria vary widely in terms of symbiont type, localization, and host nutritional strategy, yet host-symbiont dynamics remain poorly understood in some taxa...
Identity and Diversity of Polydorids (Annelida: Spionidae) on Coralline Algae Encrustations of Conus Shells at French Polynesia [0.03%]
法属波利尼西亚康壳层珊瑚藻上聚多豆管栖虫的形态与多样性研究（环毛纲：沙蚕科）
Andrea Hassig,Thomas F Duda Jr
Andrea Hassig
AbstractPolydorids (family Spionidae) are marine annelids that mostly bore into and occupy a variety of calcareous substrates, including mollusc shells and coralline algae. Here we evaluated the identity of polydorids inhabiting coralline a...
Genetic Associations with Sex in the Sunflower Sea Star, Pycnopodia helianthoides [0.03%]
太阳花海星（Pycnopodia helianthoides）的性别遗传关联研究
Siya Agrawal,Michael N Dawson,Lauren M Schiebelhut
Siya Agrawal
AbstractEcological studies of marine invertebrates lacking external sexual dimorphism have often overlooked potential roles of sex and sex determination systems. Yet sex-dependent effects can influence ecological outcomes for many species, ...
Elevated Temperatures Enhance Movement and Aggression in an Intertidal Fish [0.03%]
高温使潮间带鱼类运动增强及攻击性更强
Krishan Lala,Sheri Johnson
Krishan Lala
AbstractTemperature is a key environmental factor influencing animal behavior, including foraging, predator avoidance, and habitat use. Intertidal fishes already experience extreme thermal variability and may be especially vulnerable to fur...