Disturbance in aquatic habitats may be caused by drought, flood , changes in temperature, and unusual or unnatural introductions of particulate or dissolved substances from the surrounding land. Aquatic invertebrates survive disturbance by moving to a refuge or alternative habitat or by having resistant or specially protected stages in the life cycle. Some invertebrates are able to exploit the richer and more available food materials that may result from the disturbance. Most species in disturbed aquatic habitats are efficient colonizers; they combine one or more survival strategies with high powers of dispersal, rapid growth rates, and characteristics of ecological generalists
Intermittent stream systems create a mosaic of aquatic habitat that changes through time, potentiall...
Flow intermittence occurs in an increasing number of streams, due to climate change, local land‐use...
Flow intermittence occurs in an increasing number of streams, due to climate change, local land‐use...
In many regions, climate change is prolonging dry periods in rivers and wetlands, exposing freshwate...
In some arid, semi-arid or Mediterranean climate regions, increased water extraction combined with c...
In some arid, semi-arid or Mediterranean climate regions, increased water extraction combined with c...
In regions with a drying climate, as waterbodies dry out more frequently or for longer, species trai...
Instream refuges are places where invertebrates persist during disturbances due to reduced adverse i...
Floods are major disturbance events for riverine ecosystems, directly and indirectly impacting organ...
Certain species of insects appear to be better adapted by virtue of their particular strategy to sur...
1. Unpredictable, extreme climatic events (e.g. droughts) can potentially destabilize aquatic commun...
1. Unpredictable, extreme climatic events (e.g. droughts) can potentially destabilize aquatic commun...
Graduation date: 2012Floods are major disturbance events for riverine ecosystems, directly and indir...
Temporary fresh waters support invertebrate communities that range from the complex, with many speci...
1. A long-lived bank of propagules consisting of eggs, seeds and spores is one mechanism that allows...
Intermittent stream systems create a mosaic of aquatic habitat that changes through time, potentiall...
Flow intermittence occurs in an increasing number of streams, due to climate change, local land‐use...
Flow intermittence occurs in an increasing number of streams, due to climate change, local land‐use...
In many regions, climate change is prolonging dry periods in rivers and wetlands, exposing freshwate...
In some arid, semi-arid or Mediterranean climate regions, increased water extraction combined with c...
In some arid, semi-arid or Mediterranean climate regions, increased water extraction combined with c...
In regions with a drying climate, as waterbodies dry out more frequently or for longer, species trai...
Instream refuges are places where invertebrates persist during disturbances due to reduced adverse i...
Floods are major disturbance events for riverine ecosystems, directly and indirectly impacting organ...
Certain species of insects appear to be better adapted by virtue of their particular strategy to sur...
1. Unpredictable, extreme climatic events (e.g. droughts) can potentially destabilize aquatic commun...
1. Unpredictable, extreme climatic events (e.g. droughts) can potentially destabilize aquatic commun...
Graduation date: 2012Floods are major disturbance events for riverine ecosystems, directly and indir...
Temporary fresh waters support invertebrate communities that range from the complex, with many speci...
1. A long-lived bank of propagules consisting of eggs, seeds and spores is one mechanism that allows...
Intermittent stream systems create a mosaic of aquatic habitat that changes through time, potentiall...
Flow intermittence occurs in an increasing number of streams, due to climate change, local land‐use...
Flow intermittence occurs in an increasing number of streams, due to climate change, local land‐use...