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an agricultural drainage projectdesignedto drain wetlands
of various lagoons surrounded by meadows and a small oak grove(passive) is composedSalburua wetland
their transportation infrastructure program(passive) caused bywetlands disturbances
the leveesalso causedthe wetlands to drain
reportedcausingwetland depletion
Urbanisationcausingwetland depletion
More storiescausingwetland depletion
3 Land useinfluencessurrounding wetlands
specifically to treat stormwater runoff(passive) are designedStormwater wetlands
invasive vegetation(passive) primarily caused byremaining wetlands
to caputure and treat runoff entering the restoration area and provide filtration within the restored floodplain(passive) were designedStormwater wetlands
specifically(passive) are designedStormwater wetlands
mainly(passive) have been ... designedStormwater wetlands
previously(passive) have ... been designedFloating wetlands
for several reasons(passive) are designedStormwater wetlands
in an empirical approach for water quality improvement(passive) have been ... designedStormwater wetlands
Some mining activities , such as brine dischargecan also causesalination in wetlands
by anthropogenic disturbance(passive) influenced bywetlands ... ; artificial wetlands
A hot tropical climate with rainy season between April and Novembercausingflooded wetlands
The excess growth of plants in Guandu Nature Parkmay causethe draining of wetlands
2 Deforestation andcan resultdraining wetlands
environmental oversightleadsto draining wetlands
After early breakfastwill setMabamba Wetland
The increase in the conversion of native prairie vegetation to field or pastureresultedin the draining of wetlands
factorsinfluencewetlands hydrodynamics
natural wet and dry climate cycles(passive) is influenced byEphemeral wetlands
The rapid spread of Phragmites in recent years in North Americahas ledwetland ecologists
His policieshave resultedin drained wetlands
Historic deforestation in the catchment , unfenced streams and rivers , andhave ... ledthe draining of wetlands
by mass water discharge for irrigation projects , land reclamation , and exploitation of groundwater(passive) caused bywetlands
Greenhouse gas emissionsoriginatingfrom drained wetlands
by agricultural drainage projects(passive) caused bywetlands
near the proposed building area(passive) have been discoveredWetlands
by land use development across watershed basins(passive) caused bywetlands
by coastal development(passive) caused bywetlands
built similar to natural wetlands(passive) are designedwetlands
Changes in land use and agricultural intensificationcausedwetlands
by drainage ditches , other construction , farming and weather(passive) caused bywetlands
drainage ditches , other construction , farming and weather(passive) caused bywetlands
by drainage and agricultural reclamation(passive) caused bywetlands
local and regional floodingcan causelocal and regional flooding
local and regional flooding because as wetlands grow , their likelihood of spillover increasescan causelocal and regional flooding because as wetlands grow , their likelihood of spillover increases
in nutrient loading ( particularly from fertilizers ) or from sedimentation ( from erosioncan resultin nutrient loading ( particularly from fertilizers ) or from sedimentation ( from erosion
changes in moisture recycling and a decrease of precipitation in particular months , when local boundary conditions dominate over the large - scale circulation ( Kanae et al . , 2001may causechanges in moisture recycling and a decrease of precipitation in particular months , when local boundary conditions dominate over the large - scale circulation ( Kanae et al . , 2001
to improve water quality , reduce floods , and enhance wildlife habitatdesignedto improve water quality , reduce floods , and enhance wildlife habitat
to improve water qualitydesignedto improve water quality
the decline of another four speciescausedthe decline of another four species
to drainage of the groundwater and oxidation of acid sulfate soilscould leadto drainage of the groundwater and oxidation of acid sulfate soils
to high CO emissions but reduced methane deliverymay leadto high CO emissions but reduced methane delivery
to more flooding , less clean water and the loss of wildlifewould leadto more flooding , less clean water and the loss of wildlife
siltationcausessiltation
the same downstream flooding(passive) caused bythe same downstream flooding
alsocontributealso
to floodingcontributeto flooding
to Lake Winnipegis contributingto Lake Winnipeg
to increasing rates of CO2 emissions ( 3would contributeto increasing rates of CO2 emissions ( 3
to shade pond water , reducing temperature and nutrients that decrease oxygendesignedto shade pond water , reducing temperature and nutrients that decrease oxygen
in significant soil Carbon lossescan resultin significant soil Carbon losses
conflictscauseconflicts
habitat deterioration(passive) caused byhabitat deterioration
loss and degradation ... , intensive agriculture(passive) caused byloss and degradation ... , intensive agriculture
to : storm water control ; surface and groundwater protection ; erosion control ; pollution treatment and nutrient cycling ; healthy fish and wildlife habitat ; and public recreational opportunitiescontributeto : storm water control ; surface and groundwater protection ; erosion control ; pollution treatment and nutrient cycling ; healthy fish and wildlife habitat ; and public recreational opportunities
in the loss of both surface water storage capability and protection of source water qualityhas resultedin the loss of both surface water storage capability and protection of source water quality
alsocan ... resultalso
deterioration(passive) caused bydeterioration
rapid oxidation of soils and subsequent carbon lossescausesrapid oxidation of soils and subsequent carbon losses
to important landscape - level functions such as nutrient retention and cycling , sediment capture , flood attenuation , groundwater recharge , wildlife habitat , and recreational opportunitiescontributeto important landscape - level functions such as nutrient retention and cycling , sediment capture , flood attenuation , groundwater recharge , wildlife habitat , and recreational opportunities
to : storm water control ; surface and groundwater protection ; erosion control ; pollution treatment and nutrient cycling ; healthy fish and wildlife habitat ; and public recreational opportunities including fishing , boating , birdwatching , hunting and hikingcontributeto : storm water control ; surface and groundwater protection ; erosion control ; pollution treatment and nutrient cycling ; healthy fish and wildlife habitat ; and public recreational opportunities including fishing , boating , birdwatching , hunting and hiking
significantly to wetland functions and values Wetlandscontributedsignificantly to wetland functions and values Wetlands
6 % of global anthropogenic CO2contribute6 % of global anthropogenic CO2
the Wawasee Area Watershed to suffer a loss in water quality , and good soil conditionswill causethe Wawasee Area Watershed to suffer a loss in water quality , and good soil conditions
in the loss of valuable nursery grounds for fishresultin the loss of valuable nursery grounds for fish
and engineered to mimic natural wetland ecosystem processes for the purpose of improving water qualityhave been ... designedand engineered to mimic natural wetland ecosystem processes for the purpose of improving water quality
to our clean water , rich soil , and healthy wildlife communitiescontributeto our clean water , rich soil , and healthy wildlife communities
to degradation of functioning and quality of both terrestrial and aquatic environment in the basinledto degradation of functioning and quality of both terrestrial and aquatic environment in the basin
several important wetland functions including water retention , sediment filtration , and nutrient cycling , which in turn impactcontributeseveral important wetland functions including water retention , sediment filtration , and nutrient cycling , which in turn impact
from still water habitatsoriginatingfrom still water habitats
to improve water quality and wildlife habitatdesignedto improve water quality and wildlife habitat
in flooding , loss of wildlife habitat and silt - laden lakesresultingin flooding , loss of wildlife habitat and silt - laden lakes
to intercept nutrients and heavy metals before water enters the lakedesignedto intercept nutrients and heavy metals before water enters the lake