Results 201 to 210 of about 16,082 (262)

Dissecting the genetic basis of climatic adaptation in wild relatives (Malus baccata) for climate‐resilient apple breeding

Journal of Integrative Plant Biology, EarlyView.
This comprehensive map of genetic variation in wild apple (Malus baccata) and set of key genes associated with adaptation to temperature, precipitation, and soil properties establishes a foundation for breeding climate‐resilient apple cultivars and conserving the genetic resources of wild crop relatives.
Ying Su, Yani Hao, Xuejing Cao, Lin Wang, Zhiqi Xu, Fan Zhang, Zhiyao Ma, Xu Wang, Jiacui Li, Tianrong Fan, Ruoyan Zhao, Zhongqi Liu, Wenrui Wang, Yingchun Zhang, Xuanwen Yang, Sifan Yang, Dajiang Wang, Kun Wang, Simiao Sun, Zichen Li, Wen Tian, Yanming Sun, Zhao Liu, Yanshuai Xu, Hua Xiao, Yanling Peng, Xiaodong Xu, Ruirui Liu, Xinmin Tian, Yongfeng Zhou, Yuan Gao   +30 more
wiley   +1 more source

Ex-situ conservation in animal biodiveristy [PDF]

, 2005
openaire  

Hoffmann's two‐toed sloth II: Muscle architectural properties in the thoracic limb of Choloepus (Pilosa: Xenarthra)

Journal of Anatomy, EarlyView.
Two‐toed sloths use their thoracic limbs for more frequent and greater suspensory support than three‐toed sloths and have muscle architectural properties consistent with stability of the pectoral girdle, enhanced flexor force/torque applied at the shoulder and elbow joints, and grip on the support as indicated by their myology. Abstract Two‐toed sloths
C. S. Tucker, A. M. Mossor, K. B. Spainhower, J. A. Avey‐Arroyo, M. T. Butcher   +4 more
wiley   +1 more source

Hoffmann's two‐toed sloth I: Complete myology in the thoracic limb of Choloepus (Pilosa: Xenarthra)

Journal of Anatomy, EarlyView.
Two‐toed sloths use their thoracic limbs for more frequent and prolonged suspensory support than three‐toed sloths and accordingly demonstrate myological traits consistent with stability of the pectoral girdle, enhanced flexor force/torque applied at the elbow joint, and grip on the support.
C. S. Tucker, A. M. Mossor, J. A. Avey‐Arroyo, M. T. Butcher   +3 more
wiley   +1 more source

9.1. Ex-situ conservation–breeding amphibians

, 2018
openaire   +1 more source

Conservation ex situ : collections statiques et valorisation dynamique.

, 2012
Collin, Eric, Le Bouler, Hervé, Forestier, Olivier, Huvelin, Jean-Pierre, Rondouin, Michel, Brahic, Patrice, Bariteau, Michel, Fady, Bruno, Oddou-Muratorio, Sylvie, Thevenet, Jean, Villar, Marc, Girard, Sabine, Harvengt, Luc   +12 more
openaire   +2 more sources

9.1 Ex-situ conservation – breeding amphibians

, 2020
openaire   +1 more source

Les nouvelles méthodes de conservation ex situ

, 1992
openaire   +1 more source

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Ex Situ Conservation

2019
This chapter focuses on ex situ (off-site) conservation, which is the protection and management of biodiversity in artificial, human-built environments. Indeed, ex situ conservation allows wild-caught individuals to be maintained under close human supervision in facilities like zoos, aquariums, botanical gardens, or arboretums.
Bradley J. Cardinale, Richard B. Primack, James D. Murdoch   +2 more
openaire   +1 more source

Ex Situ Conservation

2017
This chapter looks into ex situ conservation. It acknowledges that in situ conservation techniques might be needed if a successful ex situ conservation programme, which is termed reintroduction, is achieved. The chapter explores the subdivisions of ex situ conservation: intensive or general captive breeding programmes and gene banks.
Anne E. Goodenough, Adam G. Hart
openaire   +1 more source