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Oxides of nitrogencan contributeto eutrophication of waterways affecting aquatic life
Discharge of such nutrient - rich wastewater into water bodiescan causeeutrophication , which has deleterious effects on aquatic life
Excess nitrogencausesalgal blooms killing off the life in rivers
If they 're at too high a levelcan causeharm to the aquatic life in the water
Beyond the damagemay causeto aquatic life in the waterways
the draincausingpollutants in our rivers / streams harming aquatic life
These practiceshave ledto the obliteration of aquatic life in rivers
Go Wild Series – Aquatic AnimalsTo discoveraquatic animal adaptations for life in rivers
its excess loss from agricultural landscauseeutrophication on aquatic environment
to flourish due to considerable improvement in level of dissolved oxygen in more than a decade(passive) is setAquatic life in the Ganga
from diffuse runoff from farmland or from point sourcesmay resultfrom diffuse runoff from farmland or from point sources
dead zones in the sea where nothing livescreatedead zones in the sea where nothing lives
The injuries(passive) caused byThe injuries
the adverse effects(passive) caused bythe adverse effects
the different changes(passive) caused bythe different changes
nitrogen build - up(passive) caused bynitrogen build - up
to hypoxialeadsto hypoxia
to biodiversity declinesleadsto biodiversity declines
the sunlight from reaching the lower depths ( Chislock , 2013preventsthe sunlight from reaching the lower depths ( Chislock , 2013