The ability of three amphipods that occupy shallow subterranean habitats in the lower Potomac Basin of the US (hypotelminorheic), which often dry out seasonally, to withstand desiccation by burrowing in clay was investigated. Both Crangonyx shoemakeri, a wetland species, and Stygobromus tenuis, a subterranean species, burrowed in clay in the laboratory after surface water was removed. Gammarus minus, a spring species, did not. All three species exhibited behavioral changes as the habitat dried out
I examined the burrowing performance of newly metamorphosed Rana areolata, Rana blairi, and Rana sph...
International audienceRiver drying has drastic immediate effects on benthic invertebrates, but their...
Washington, D.C. is home to a remarkable assemblage of troglomorphic amphipods and isopods living in...
The ability of three amphipods that occupy shallow subterranean habitats in the lower Potomac Basin ...
In the Mid-Atlantic Piedmont and Coastal Plain the hypotelminorheic habitat—a shallow subterranean h...
Field studies have demonstrated that benthic fauna use hyporheic sediments during drying events in t...
In surface freshwater habitats water level can be strongly variable and benthic invertebrates are us...
Crangonyctid amphipods occupy temporary habitats throughout northeastern North America but they are ...
© 2018 The Author(s) Benthic macroinvertebrates inhabit the streambed sediments of temporary streams...
The amphipod genus Stygobromus occurs in a variety of subterranean habitats in North America, includ...
1. Environmental change and growing anthropogenic pressure on water resources is increasing the dura...
Temporary streams are becoming increasingly common, but ecological responses to streambed drying are...
1. Environmental change and growing anthropogenic pressure on water resources is increasing the dura...
© 2018 The Author(s) Intermittent rivers, which experience periods of flow cessation and streambed d...
Abstract Groundwater is an extreme environment due to its absence of light, resource scarcity and hi...
I examined the burrowing performance of newly metamorphosed Rana areolata, Rana blairi, and Rana sph...
International audienceRiver drying has drastic immediate effects on benthic invertebrates, but their...
Washington, D.C. is home to a remarkable assemblage of troglomorphic amphipods and isopods living in...
The ability of three amphipods that occupy shallow subterranean habitats in the lower Potomac Basin ...
In the Mid-Atlantic Piedmont and Coastal Plain the hypotelminorheic habitat—a shallow subterranean h...
Field studies have demonstrated that benthic fauna use hyporheic sediments during drying events in t...
In surface freshwater habitats water level can be strongly variable and benthic invertebrates are us...
Crangonyctid amphipods occupy temporary habitats throughout northeastern North America but they are ...
© 2018 The Author(s) Benthic macroinvertebrates inhabit the streambed sediments of temporary streams...
The amphipod genus Stygobromus occurs in a variety of subterranean habitats in North America, includ...
1. Environmental change and growing anthropogenic pressure on water resources is increasing the dura...
Temporary streams are becoming increasingly common, but ecological responses to streambed drying are...
1. Environmental change and growing anthropogenic pressure on water resources is increasing the dura...
© 2018 The Author(s) Intermittent rivers, which experience periods of flow cessation and streambed d...
Abstract Groundwater is an extreme environment due to its absence of light, resource scarcity and hi...
I examined the burrowing performance of newly metamorphosed Rana areolata, Rana blairi, and Rana sph...
International audienceRiver drying has drastic immediate effects on benthic invertebrates, but their...
Washington, D.C. is home to a remarkable assemblage of troglomorphic amphipods and isopods living in...