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the rainwould ... causeproblems for fish living in rivers
Excess Nitrogencan causeEutrophication which causes aquatic life to die due
Excess nitrogencausesalgal blooms killing off the life in rivers
the rainmight causeissues for fish living in rivers
oxygen depletionleadingto death of aquatic life ( eutrophication
Eutrophicationleadingto death of aquatic life Eutrophication
which causes oxygen levels to decreaseleadsto the death of aquatic life in the water
oxygen levels to decreaseleadsto the death of aquatic life in the water
bacteria ... aquatic environmentscould leadto potential eutrophication of aquatic environments
the rivercould resultin the death of aquatic life in the river
none ... the rivercould resultin the death of aquatic life in the river
at too high a levelcan causeharm to the aquatic life in the water
the primary factorsinfluencingaquatic ecosystem health in the Maribyrnong River
increased algal growthleadingto eutrophication in the aquatic environment
the potentialto causeeutrophication in the aquatic environment
excess nutrientsleadto algal blooms in rivers and other aquatic ecosystems
phosphorus , nitrogen , and other nutrients ... runoffcan leadto eutrophication of aquatic ecosystems
the important factorinfluencethe life in the aquatic ecosystem
in turnmay causeproblems for aquatic life in streams and rivers
Abstract Excess of nutrients in irrigation watersleadsto eutrophication of the aquatic ecosystem
These changes in the stream bedalso resultin change to the habitat of aquatic life
High levels of nitrogen depositioncontributeto the eutrophication of aquatic ecosystems
materials with potentially harmful environmental consequences such as toxicity to aquatic plants and animals and nutrient loading ( e.g.phosphatescan leadlead to eutrophication ... suffocating native aquatic life
this wastemay causeaquatic life - killing nutrients to enter the watershed
other pollutantshave ledto the extinction of aquatic life in the river
Most farms ... this wastemay causeaquatic life - killing nutrients to enter the watershed
Most farms use this waste for fertilizer or landfillsmay causeaquatic life - killing nutrients to enter the watershed
runoffcan leadto eutrophication of aquatic ecosystems
end up in lakes or the seacausingeutrophication in aquatic ecosystems
major nonpoint pollutantscontributingto eutrophication of aquatic ecosystems
the major nutrimentscontributingto the eutrophication in aquatic environments
Acid Rainleadsto Eutrophication in aquatic ecosystems
or not silver ... levelsmay causeharm to aquatic life
the ground and river waterscausesharm to the aquatic life
nutrients like liquid nitrogen from fertilizerscan causeeutrophication in rivers
The cleanup efforts during the latter parts of the last centuryresultedin an impressive resurgence of aquatic life in the river
nitratescan causealgal blooms in aquatic ecosystems
storm sewers and eventually the Baycausesharm to aquatic life
studentswill discoveraquatic life in the James River
Phosphatescontributeto eutrophication in rivers
in oxygen depletion that can destroy an aquatic ecosystemresultsin oxygen depletion that can destroy an aquatic ecosystem
in seaoriginatedin sea
to water pollution and affecting local communities and wildlifecontributingto water pollution and affecting local communities and wildlife
Green coloration(passive) is caused byGreen coloration
The 14 ng / L PCB standard(passive) is designedThe 14 ng / L PCB standard
eutrophication , harmful algal blooms , and hypoxiacausingeutrophication , harmful algal blooms , and hypoxia
from multicellular planktonicsmainly resultfrom multicellular planktonics
The environmental measure(passive) is designedThe environmental measure
similar symptoms(passive) caused bysimilar symptoms
algal bloomsCausingalgal blooms
from the human activitiesresultingfrom the human activities
from water movementmight resultfrom water movement
excess growth of algaecan causeexcess growth of algae
the wayleadthe way
in an increase in algae growth and decay , which can lead to decreased levels of oxygen and fish populationsoften resultsin an increase in algae growth and decay , which can lead to decreased levels of oxygen and fish populations
in fish killscan resultin fish kills
to biohazards such as algal blooms in water bodies ... thus affecting aquatic lifeleadsto biohazards such as algal blooms in water bodies ... thus affecting aquatic life
the mortality of fish that support the lives of thousands of Ugandanscausingthe mortality of fish that support the lives of thousands of Ugandans
EPA 's standards(passive) were designedEPA 's standards
sublethal effects(passive) caused bysublethal effects
eutrophication , harmful algal blooms , and hypoxiacausingeutrophication , harmful algal blooms , and hypoxia
to starvation of aquatic organismsleadto starvation of aquatic organisms
severe water quality problems for domestic water suppliescan causesevere water quality problems for domestic water supplies
River Blindness(passive) caused byRiver Blindness
to water pollutionleadsto water pollution
to loss of biodiversity , outbreaks of nuisance speciescan leadto loss of biodiversity , outbreaks of nuisance species
to changes in species diversitycan leadto changes in species diversity
Some of its family(passive) have even been discoveredSome of its family
in the death of fish and other aquatic lifecan resultin the death of fish and other aquatic life
loss(passive) caused byloss
damages(passive) caused bydamages
to about 2 % of the total water volumecontributesto about 2 % of the total water volume
to contamination of the waterleadsto contamination of the water
to endocrine disruption at a reproductive and more specifically testicular level in young as well as adult mammalsmay leadto endocrine disruption at a reproductive and more specifically testicular level in young as well as adult mammals
from sulfidic tailings linked to mining activitiesoriginatingfrom sulfidic tailings linked to mining activities
A major concentration of ammonia(passive) was discoveredA major concentration of ammonia
birth defectscausingbirth defects
at 3.4 ppb on a 60-day averagebe setat 3.4 ppb on a 60-day average
a process of eutrophication to set in , by which the freshwater aquatic ecosystem slowly dies due to continual oxygen depletioncausinga process of eutrophication to set in , by which the freshwater aquatic ecosystem slowly dies due to continual oxygen depletion
in places with powerful currents like rifflesoriginatesin places with powerful currents like riffles