Loading ...
the phosphatescauseeutrophication in the water
The inland discharge of clandestine sewage from homes and businesseshas been causingeutrophication in the ecosystem
The high nutrient content of these watershas causedeutrophication in some creeks
global warming due to acidic oceans or warmer oceans orcausesPhytoplankton die off
the natural summer peak of N-2 fixation in the lagoonwas ... contributingsignificantly to the zooplankton
exposure to hydrocarbonscausesimmunosuppression in bivalves
global warmingcausingzooplankton depletion
to work as the primary video lighting for any underwater video , digital still or digital SLR system(passive) is designedThe Mangrove VC-4L6X
where masses of cold and warm water collideto causeupwellings of zooplankton
masses of cold and warm water collideto causeupwellings of zooplankton
by ocean warming(passive) caused byphotosynthetic algal symbionts
when excessive nutrients flow into the systemcausingphytoplankton to flourish
phytoplankton biomass in lacustrine habitat ... by advection and turbidity in riverine regions , and by predation pressure in seasonally inundated floodplain region(passive) were ... influenced bypelagic zooplankton assemblages
New research ... limited rises in CO2 levels in watercausezooplankton to thrive
by ocean currents(passive) influenced bylarval dispersal
greatly(passive) is ... influencedLarval dispersal
to start tomorrow(passive) is setPhytoplankton , Zooplankton , smelt
all other factorscauseMSEs in cetaceans
High altitude ozone depletion is suspectedto causedecreases in phytoplankton
the main factorinfluencingzooplankton bioproductivity
Global warmingcan causephytoplankton to diminish
likelyto influencebenthic zonation
a phalarope feeding at an oceanic front , where masses of cold and warm water collideto causeupwellings of zooplankton
of very pure hydrated silica within a layer of organic(passive) are composedDiatom frustules
aristolochic acid contentinfluencedlarval foraging
small - scale variation in oyster reef patchinessinfluencespredation on bivalves
How small - scale variation in oyster reef patchinessinfluencespredation on bivalves
proteolytic enzymes and a toxincausesbivalves to gape
for coralsdesignedfor corals
toxic bloomscausetoxic blooms
Illnesses like hepatitis A(passive) can also be caused byIllnesses like hepatitis A
to a depletion of these habitatscan leadto a depletion of these habitats
to loss of fish habitatleadsto loss of fish habitat
to loss of fish habitat that was formed by the dense macroalgaeleadsto loss of fish habitat that was formed by the dense macroalgae
to algal bloomscan ... contributeto algal blooms
oftenresultsoften
toxic algae bloomscan causetoxic algae blooms
2 ) MSX disease(passive) caused by2 ) MSX disease
Inflammation(passive) was caused byInflammation
to ocean acidificationeventually leadsto ocean acidification
severe degradation of stream habitat in some placescausessevere degradation of stream habitat in some places
to eutrophicationwould ... leadto eutrophication
these differencesinfluencedthese differences
severe leaf distortioncausessevere leaf distortion
to the Great Oxygenation Event and the formation of animal lifeledto the Great Oxygenation Event and the formation of animal life
visceral larva migransmay causevisceral larva migrans
significantly to the net biomass in the Chukchi Sea in late summercontributesignificantly to the net biomass in the Chukchi Sea in late summer
a series of severe diseasescausinga series of severe diseases
alsocontributealso
alsomay ... contributealso
to a minor degreecontributesto a minor degree
significantlycontributesignificantly
in a doubling of total cyst abundance and by a marked increase in L. machaerophorum from less than five percent to nearly 50 percent of the assemblageresultedin a doubling of total cyst abundance and by a marked increase in L. machaerophorum from less than five percent to nearly 50 percent of the assemblage
to a change in the odor landscape over the seamount that a bird might recognize upon arrival [ adapted from Nevitt ( Nevitt , 2000leadsto a change in the odor landscape over the seamount that a bird might recognize upon arrival [ adapted from Nevitt ( Nevitt , 2000
to blooms in Irish moss and kelp beds ( food for the urchins ) , with one DMR study concluding that seaweed beds increased from 71 % in 2001 to 88 % in 2003 ( Clark 2008ledto blooms in Irish moss and kelp beds ( food for the urchins ) , with one DMR study concluding that seaweed beds increased from 71 % in 2001 to 88 % in 2003 ( Clark 2008