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- Coastal vegetation (2)
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- Land birds (2)
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Articles 1 - 6 of 6
Full-Text Articles in Life Sciences
When The Cure Kills—Cbd Limits Biodiversity Research, Zhiwei Liu, Kaniyarikkal Divakaran Prathapan, Rohan Pethiyagoda, Kamaljit Bawa, Peter Raven, Priyadarsanan Rajan
When The Cure Kills—Cbd Limits Biodiversity Research, Zhiwei Liu, Kaniyarikkal Divakaran Prathapan, Rohan Pethiyagoda, Kamaljit Bawa, Peter Raven, Priyadarsanan Rajan
Faculty Research & Creative Activity
The Convention on Biological Diversity(CBD) commits its 196 nation partiesto conserve biological diversity, useits components sustainably, and sharefairly and equitably the benefits fromthe utilization of genetic resources. Thelast of these objectives was further codifiedin the Convention’s Nagoya Protocol (NP),which came into effect in 2014. Althoughthese aspirations are laudable, the NP andresulting national ambitions on Access andBenefit Sharing (ABS) of genetic resourceshave generated several national regulatoryregimes fraught with unintended consequences(1). Anticipated benefits from thecommercial use of genetic resources, especiallythose that might flow to local or indigenouscommunities because of regulatedaccess to those resources, have largely beenexaggerated and not yet realized. Instead,national regulations …
Examining The Causes Of Rarity For The Odonata Of Illinois, Miranda R. White, Paul V. Switzer
Examining The Causes Of Rarity For The Odonata Of Illinois, Miranda R. White, Paul V. Switzer
Faculty Research & Creative Activity
Odonata (dragonflies and damselflies) play an important role in habitat management and conservation, but our understanding of the causes of commonness versus rarity in this group is limited. In this study we examined the causes of rarity for the Odonata of Illinois. Using S-ratings for conservation status and published habitat classifications for Illinois odonates, we investigated whether habitat type (lotic versus lentic) or habitat specificity (whether they were limited to a specific type of aquatic habitat) was related to commonness. We found that lotic species and habitat specialists were more likely to be rare than lentic and generalist species. More …
Examining The Causes Of Rarity For The Odonata Of Illinois, Miranda White, Paul Switzer
Examining The Causes Of Rarity For The Odonata Of Illinois, Miranda White, Paul Switzer
Faculty Research & Creative Activity
Odonata (dragonflies and damselflies) play an important role in habitat management and conservation, but our understanding of the causes of commonness versus rarity in this group is limited. In this study we examined the causes of rarity for the Odonata of Illinois. Using S-ratings for conservation status and published habitat classifications for Illinois odonates, we investigated whether habitat type (lotic versus lentic) or habitat specificity (whether they were limited to a specific type of aquatic habitat) was related to commonness. We found that lotic species and habitat specialists were more likely to be rare than lentic and generalist species. More …
Scale-Dependent Habitat Use By Fall Migratory Birds: Vegetation Architecture, Floristics, And Geographic Consistency, Jill Deppe, John Rotenberry
Scale-Dependent Habitat Use By Fall Migratory Birds: Vegetation Architecture, Floristics, And Geographic Consistency, Jill Deppe, John Rotenberry
Faculty Research & Creative Activity
Animal habitat selection is a central focus of ecology and conservation biology. Understanding habitat associations in migratory animals is particularly complicated because individuals have variable habitat requirements during the annual cycle, across their geographic range, along migratory routes, and at multiple spatial scales. We studied habitat associations of 16 fall Nearctic–Neotropical migratory land birds at two spatial scales at a stopover site along the northern Yucatan coast to examine scale-dependent habitat use, identify proximate cues shaping birds' distributions, and evaluate similarities in habitat use between our tropical stopover site and temperate sites. We addressed scale-dependent habitat associations in two ways, …
Scale-Dependent Habitat Use By Fall Migratory Birds: Vegetation Architecture, Floristics, And Geographic Consistency, Jill L. Deppe, John T. Rotenberry
Scale-Dependent Habitat Use By Fall Migratory Birds: Vegetation Architecture, Floristics, And Geographic Consistency, Jill L. Deppe, John T. Rotenberry
Faculty Research & Creative Activity
Animal habitat selection is a central focus of ecology and conservation biology. Understanding habitat associations in migratory animals is particularly complicated because individuals have variable habitat requirements during the annual cycle, across their geographic range, along migratory routes, and at multiple spatial scales. We studied habitat associations of 16 fall Nearctic–Neotropical migratory land birds at two spatial scales at a stopover site along the northern Yucatan coast to examine scale-dependent habitat use, identify proximate cues shaping birds' distributions, and evaluate similarities in habitat use between our tropical stopover site and temperate sites. We addressed scale-dependent habitat associations in two ways, …
The Cynipoid Genus Paramblynotus: Revision, Phylogeny, And Historical Biogeography (Hymenoptera, Liopteridae), Zhiwei Liu, Fredrik Ronquist, Goeran Nordlander
The Cynipoid Genus Paramblynotus: Revision, Phylogeny, And Historical Biogeography (Hymenoptera, Liopteridae), Zhiwei Liu, Fredrik Ronquist, Goeran Nordlander
Faculty Research & Creative Activity
The genus Paramblynotus is the most species-rich genus of the so-called macrocynipoids, the large cynipoid parasitoids of wood-boring and cone-boring insect larvae. The species range in size from some of the largest to the smallest macrocynipoids, comparable in size to microcynipoids. Paramblynotus members occur on all continents except Europe and Australia, with most species being tropical or subtropical. The biology is poorly known but a few observations indicate that the species are parasitoids of beetle larvae. In this monographic revision of the genus, we present a species-level cladistic analysis based on qualitative and quantitative features of the external morphology. For …