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Wind and Water Dispersal of Wetland Plants Across Fragmented Landscapes
by
Soomers, Hester
, Verweij, Pita A.
, Soons, Merel B.
, Verhoeven, Jos T. A.
, Karssenberg, Derek
, Wassen, Martin J.
in
Agricultural land
/ Aquatic ecology
/ Aquatic habitats
/ Biodiversity
/ Biomedical and Life Sciences
/ Crops
/ Culverts
/ Dispersal
/ Ditches
/ drainage channels
/ Drainage ditches
/ Ecology
/ Environmental Management
/ Geoecology/Natural Processes
/ habitat destruction
/ Habitat fragmentation
/ Habitat loss
/ habitats
/ Hydrology/Water Resources
/ Land degradation
/ landscapes
/ Life Sciences
/ Modeling
/ Plant populations
/ Plant Sciences
/ Plant species
/ Plants
/ probability
/ roughness
/ Seed dispersal
/ Seeds
/ Species
/ Surface water
/ vegetation
/ Wetland plants
/ Wetlands
/ Wind
/ Wind velocity
/ Zoology
2013
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Wind and Water Dispersal of Wetland Plants Across Fragmented Landscapes
by
Soomers, Hester
, Verweij, Pita A.
, Soons, Merel B.
, Verhoeven, Jos T. A.
, Karssenberg, Derek
, Wassen, Martin J.
in
Agricultural land
/ Aquatic ecology
/ Aquatic habitats
/ Biodiversity
/ Biomedical and Life Sciences
/ Crops
/ Culverts
/ Dispersal
/ Ditches
/ drainage channels
/ Drainage ditches
/ Ecology
/ Environmental Management
/ Geoecology/Natural Processes
/ habitat destruction
/ Habitat fragmentation
/ Habitat loss
/ habitats
/ Hydrology/Water Resources
/ Land degradation
/ landscapes
/ Life Sciences
/ Modeling
/ Plant populations
/ Plant Sciences
/ Plant species
/ Plants
/ probability
/ roughness
/ Seed dispersal
/ Seeds
/ Species
/ Surface water
/ vegetation
/ Wetland plants
/ Wetlands
/ Wind
/ Wind velocity
/ Zoology
2013
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Wind and Water Dispersal of Wetland Plants Across Fragmented Landscapes
by
Soomers, Hester
, Verweij, Pita A.
, Soons, Merel B.
, Verhoeven, Jos T. A.
, Karssenberg, Derek
, Wassen, Martin J.
in
Agricultural land
/ Aquatic ecology
/ Aquatic habitats
/ Biodiversity
/ Biomedical and Life Sciences
/ Crops
/ Culverts
/ Dispersal
/ Ditches
/ drainage channels
/ Drainage ditches
/ Ecology
/ Environmental Management
/ Geoecology/Natural Processes
/ habitat destruction
/ Habitat fragmentation
/ Habitat loss
/ habitats
/ Hydrology/Water Resources
/ Land degradation
/ landscapes
/ Life Sciences
/ Modeling
/ Plant populations
/ Plant Sciences
/ Plant species
/ Plants
/ probability
/ roughness
/ Seed dispersal
/ Seeds
/ Species
/ Surface water
/ vegetation
/ Wetland plants
/ Wetlands
/ Wind
/ Wind velocity
/ Zoology
2013
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Wind and Water Dispersal of Wetland Plants Across Fragmented Landscapes
Journal Article
Wind and Water Dispersal of Wetland Plants Across Fragmented Landscapes
2013
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Overview
Biodiversity in wetlands is threatened by habitat loss and fragmentation, of which agricultural activities often are a cause. Dispersal of plant seeds via wind and ditches (water) may contribute to connecting remnant wetland plant populations in modern agricultural landscapes, and help to maintain and restore biodiversity. We developed a spatially explicit model to assess the relative importance of dispersal by wind and dispersal by water through drainage ditches for two wetland plant species in agricultural landscapes: a typical wind disperser and a typical water-disperser. Simulation results show that the typical wind disperser had a much higher capability to disperse by wind (90th percentile <30 m) than the typical water-disperser (90th percentile <2 m). Surprisingly, the capability to disperse via water was similar for the two species: 90th percentile dispersal distances following a combination of wind and water dispersal were between approximately 100 and 1000 m. Dispersal by water transported more seeds over long distances for both species. The main determinants for dispersal distance by water were roughness of the ditch (determined by, for example, bank vegetation) and the presence of obstructions (for example, culverts). Density or direction of the ditch network did not seem to affect water dispersal distances substantially. From a biodiversity conservation perspective, it would be most useful if areas with suitable riparian wetland habitat were intersected with a network of shallow ditches with a high roughness promoting seed deposition. These areas should then be connected to other suitable areas by a few regularly cleaned ditches with no obstructions and low seed trapping probability.
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