全部文献期刊会议图书|学者科研项目
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作者:Dominic Valdez , Douglas P. Ward ...
来源:[J].Oecologia(IF 3.011), 2017, Vol.183 (2), pp.505-517
摘要:Abstract(#br)Food web subsidies from external sources (“allochthony”) can support rich biological diversity and high secondary and tertiary production in aquatic systems, even those with low rates of primary production. However, animals vary in their degree of dependence on ...
作者:Dominic Valdez , Doug Ward ...
来源:[J].Biotropica(IF 2.351), 2017, Vol.49 (4), pp.461-471
摘要:Abstract(#br)Tropical floodplains are one of the most productive ecosystems on earth. Studies on floodplain productivity have primarily focused on trees and macrophytes, rather than algae, due to their greater biomass. However, epiphyton—algae and bacteria attached to the su...
作者:... Jaye Lobegeiger , Dominic Valdez , Martin J. Kainz
来源:[J].Ecology(IF 5.175), 2015, Vol.96 (12), pp.3257-3269
摘要:Few studies measure multiple ecological tracers in individual organisms, thus limiting our ability to differentiate among organic matter source pathways and understand consequences of dietary variation and the use of external subsidies in complex food webs. We combined two t...
作者:Dominic Valdez , Garry Lindner ...
来源:[J].PLOS ONE(IF 3.73), 2018, Vol.13 (6)
摘要:The estuarine crocodile ( Crocodylus porosus ) is one of the largest and most widespread crocodilians in the world. Although considered an apex species, the role of the estuarine crocodile in aquatic foodwebs is poorly understood; we know what crocodiles ingest, but not what...
作者:Dominic Valdez , Ryan Woods
来源:[J].PLOS ONE(IF 3.73), 2016, Vol.11 (3)
摘要:Although considerable knowledge has been gathered regarding the role of fish in cycling and translocation of nutrients across ecosystem boundaries, little information is available on how the energy obtained from different ecosystems is temporally allocated in fish bodies. Al...
作者:... Jaye Lobegeiger , Dominic Valdez , Martin J. Kainz
来源:[J].Ecology(IF 5.175), 2015, Vol.96 (12), pp.3257-3269
摘要:Few studies measure multiple ecological tracers in individual organisms, thus limiting our ability to differentiate among organic matter source pathways and understand consequences of dietary variation and the use of external subsidies in complex food webs. We combined two tracer...

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