Video of overland dispersal and drought escape behavior in a flightless aquatic insect, the giant water bug Abedus herberti (Hemiptera: Belostomaidae). April 9, 2009 High Creek, Galiuro Mountains, Arizona (AZ) USA. Suggested citation: "Boersma, Kate; Lytle, David A. (2012): Drought escape behavior in the giant water bug Abedus herberti. Oregon State University Libraries. Dataset. doi:10.7267/N9QN64NN"The .m4v file was the original submitted file. At the date of submission, OSU Libraries does not support this file format. A secondary file (.mp4) was created for preservation
Water stress is a particularly important problem for insects and other small organisms in arid envir...
The occurrence and severity of extreme climatic events is expected to increase in the future. Extrem...
We analyzed the effect of hydroperiod and water temperature on the life cycle of the giant water bug...
Intermittent stream systems create a mosaic of aquatic habitat that changes through time, potentiall...
The emerald ash borer, Agrilus planipennis Fairmaire, has destroyed millions of ash trees (Fraxinus ...
With climate change set to increase the frequency and severity of drought in many parts of the world...
The Srebarna Nature Reserve is a wetland with great conservation value. The dispersal of aquatic bug...
The selection of breeding habitat is crucial for many ectotherms inhabiting aquatic environments. Gi...
In some arid, semi-arid or Mediterranean climate regions, increased water extraction combined with c...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
The selection of breeding habitat is crucial for many ectotherms inhabiting aquatic environments. Gi...
Desiccation resistance is a key trait determining the distribution of aquatic insects, their potenti...
1. Springtails (Hexapoda, Collembola) are usually associated with moist microhabitats. However, some...
Act (ESA), critical habitat for listed species is also pro-tected. Many aquatic insects protected un...
© 2016 Pallarés et al.[Background] Desiccation resistance shapes the distribution of terrestrial ins...
Water stress is a particularly important problem for insects and other small organisms in arid envir...
The occurrence and severity of extreme climatic events is expected to increase in the future. Extrem...
We analyzed the effect of hydroperiod and water temperature on the life cycle of the giant water bug...
Intermittent stream systems create a mosaic of aquatic habitat that changes through time, potentiall...
The emerald ash borer, Agrilus planipennis Fairmaire, has destroyed millions of ash trees (Fraxinus ...
With climate change set to increase the frequency and severity of drought in many parts of the world...
The Srebarna Nature Reserve is a wetland with great conservation value. The dispersal of aquatic bug...
The selection of breeding habitat is crucial for many ectotherms inhabiting aquatic environments. Gi...
In some arid, semi-arid or Mediterranean climate regions, increased water extraction combined with c...
Small, low-head diversion dams are capable of withdrawing much of the flow of a river, often resulti...
The selection of breeding habitat is crucial for many ectotherms inhabiting aquatic environments. Gi...
Desiccation resistance is a key trait determining the distribution of aquatic insects, their potenti...
1. Springtails (Hexapoda, Collembola) are usually associated with moist microhabitats. However, some...
Act (ESA), critical habitat for listed species is also pro-tected. Many aquatic insects protected un...
© 2016 Pallarés et al.[Background] Desiccation resistance shapes the distribution of terrestrial ins...
Water stress is a particularly important problem for insects and other small organisms in arid envir...
The occurrence and severity of extreme climatic events is expected to increase in the future. Extrem...
We analyzed the effect of hydroperiod and water temperature on the life cycle of the giant water bug...