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the potentialto causeeutrophication in the aquatic environment
by natural environmental parameters as well as anthropogenic forces(passive) are influenced byBacterial communities in aquatic environments
natural environmental parameters as well as anthropogenic forces(passive) are influenced byBacterial communities in aquatic environments
Additionally , billions of pounds of nitrogen synthetic fertilizers are also usedresultingin runoff that can create aquatic " dead zones " in waterways
phosphorus and nitrogencan causealgae blooms in aquatic areas
large amounts of phosphorus and nitrogencan causealgae blooms in aquatic areas
large amounts of phosphorus and nitrogencan causealgal blooms in aquatic areas
large amounts of phosphorous and nitrogencan causealgal blooms in aquatic areas
our understanding of the processesinfluenceaquatic organisms in running waters
the impactscausedon water catchment areas
by river inlets or outlets(passive) caused byflowing water areas
the thought ... rhe tunnelscould ... causeanaerobic areas in the water
the bottom topography(passive) caused byupwelling areas in inshore waters
rhe tunnelscould ... causeanaerobic areas in the water
the major nutrimentscontributingto the eutrophication in aquatic environments
waterwayscausingaquatic hypoxia ( dead zones
the over use of fertilizersresultin eutrophication in aquatic habitats
sewage bacteriacan causehypoxic " dead zones ... in aquatic environments
sewage bacteriacan causehypoxic " dead zones " in aquatic ecosystems
sewage bacteriacould causehypoxic dead zones in aquatic ecosystems
by pollution from human activities(passive) is caused byHypoxia in aquatic environments
these compounds ... high enoughto causedisturbance in aquatic organisms
by algal blooms(passive) caused byeutrophication Anoxic Zones
Most synthetic N runs off compacted soils into waterwayscausingaquatic hypoxia ( dead zones
harmful algal bloomsleadto dead zones in aquatic ecosystems
lake sedimentsmay leadto disruptions in aquatic environments
The extensive use of this chemicalhas ledto its accumulation in aquatic environments
the market ... a sustainable alternative to phosphate and phosphonatecontributeto the eutrophication of aquatic habitats
Effect of nitrate nitrogen Excess nitrate nitrogencan causeeutrophication of surface waters
by nutrient inputs ( especially phosphate(passive) caused byeutrophication of surface waters
Phosphoruscauseseutrophication in water bodies
to conserve(passive) are designedAquatic Reserves Areas
the use of nitrogenous fertilizerscauseeutrophication in water bodies
community circumstances inside sediment(passive) are influenced bysediment areas
the presence of diseasecausingmicroorganisms in aquatic environments
presence of diseasecausingmicroorganisms in aquatic environments
by excessive nutrient pollution(passive) caused byhypoxic areas in water bodies
higher nitrate concentrations in the upper groundwatermay causeeutrophication of surface waters
deflection in the deckis causingareas of standing water
a rise in the water table and drainage pipes backed up with seawater(passive) caused byareas of standing water
human illnesscan causehuman illness
to increased algae and aquatic weed production choking the watersleadsto increased algae and aquatic weed production choking the waters
alsocan ... influencealso
the floods(passive) caused bythe floods
in damaging differential swell of the clay soilwill resultin damaging differential swell of the clay soil
root rot diseases among themwill causeroot rot diseases among them
any climates in some other specific zonesinfluenceany climates in some other specific zones
in loss ofresultingin loss of
to rivers drying uphas ledto rivers drying up
to the drying up of riversleadingto the drying up of rivers
after drinking the watercausingafter drinking the water
to the dryingleadingto the drying
to landslideswill leadto landslides
in soil that has negligible value for agricultural productionresultingin soil that has negligible value for agricultural production
in loss of waterresultingin loss of water
to health problems for people and irreversible damage to the nearby floraleadingto health problems for people and irreversible damage to the nearby flora
damagecan causedamage
to the development of antibiotic - resistant bacteria and water pollution among othersleadto the development of antibiotic - resistant bacteria and water pollution among others
turbidity can block light to aquatic plantscauseturbidity can block light to aquatic plants
in which ... from and progress right from thereis originatingin which ... from and progress right from there
from and improvement coming from thereis originatingfrom and improvement coming from there
from and progress from thereis originatingfrom and progress from there
by and progress by thereis causedby and progress by there
exactly where ... from and progress from thereis originatingexactly where ... from and progress from there
its rapid cooling which then forms into tiny crystals on the surfaces or in the cavities of causingits rapid cooling which then forms into tiny crystals on the surfaces or in the cavities of
in a reduction in water supplies to Guma Valley Dam and other dams at places like Regentresultingin a reduction in water supplies to Guma Valley Dam and other dams at places like Regent
in hours of funresultin hours of fun
damage to marine lifecausingdamage to marine life
root rotcan causeroot rot
to slip - and - fall injuriescan leadto slip - and - fall injuries
to hours of fun and enjoyment for loved onesleadto hours of fun and enjoyment for loved ones
hydroplaning and loss of control of the vehiclecan causehydroplaning and loss of control of the vehicle
to flooding in low - lying areascontributesto flooding in low - lying areas
damagecould ... causedamage
to hours of funleadto hours of fun
environmental damagecausingenvironmental damage
to conserve , preserve , restore , and/or enhance aquatic habitats and speciesare designedto conserve , preserve , restore , and/or enhance aquatic habitats and species
problemscould causeproblems
prevailing ecological concern due to its considerable biochemical oxygen demand , and high expenses for the disposalprovokingprevailing ecological concern due to its considerable biochemical oxygen demand , and high expenses for the disposal
to conserveare designedto conserve