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of four processes(passive) is composedThe nitrogen cycle
These set of processescontributeto the nitrogen cycle
denitrification ... the processescontributeto the nitrogen cycle
The beneficial bacteria is neededto createthe nitrogen cycle
transformations of ammonia ... All these processescontributeto the nitrogen cycle
the nitrifying bacteriacausesnitrogen cycle to happen
the buildup of bacteriacausesthe nitrogen cycle
an ammox bacteriacontributedto the nitrogen cycle
four major processescontributeto the nitrogen cycle
The beneficial bacteria inside the aquarium that helpsto createthe nitrogen cycle
the natural soil bacteriacausesdenitrification in the nitrogen cycle
that promote the growth of bacteriato createa nitrogen cycle
temperature - driven bacterial processesinfluencethe nitrogen cycle
ammonia ... nitrogen - fixing bacteriado ... contributeto the nitrogen cycle
It could never contain enough beneficial bacteriato createa nitrogen cycle
the dead bacteria start decomposingtriggeringa nitrogen cycle
These two genus of bacteria ... to helpcreatethe nitrogen cycle
our use of nitrogen fertilizers in industrialized agriculture(passive) caused bythe nitrogen cycle
Biological filtrationcreatesa nitrogen cycle
biochemical activities of phytoplankton , bacteria and the farmed organism(passive) is influenced byThe nitrogen cycle
human activities such as burning forests or using nitrogen fertilizers(passive) caused bythe nitrogen cycle
3 main factorscontributingto the Nitrogen cycle
While the most important beneficial bacteria live in the filter , plenty of ammonia and nitriteeating organisms colonize on various surfacescontributingto the nitrogen cycle
a stratified lake Dissolved oxygen ( DO ) stratification ... lakesinfluencesnitrogen ( N ) biogeochemical cycle
when you have a sudden growth of biological bacteria , from your constant feeding of ammoniaresultingin the nitrogen cycle
While the most important beneficial bacteria live in the filter , plenty of ammonia- and nitrite - eating organisms colonize on various surfacescontributingto the nitrogen cycle
Nitrate bacteria , such as Nitrobacter , and nitrite bacteria , such as Nitrosomonascontributeto the NITROGEN CYCLE
Plants and animalscontributeto the nitrogen cycle
The animals and plantscontributeto the nitrogen cycle
When you add a substrate to your aquarium , a colony of good bacteria will start to grow on itsparkingthe nitrogen cycle
the use of fertilizers(passive) has primarily been influenced byNitrogen cycle
of multiple transformations of nitrogenous compounds in some regions , including coastal regions and the high - nutrient(passive) is composedThe nitrogen ( n ) cycle
a series of chemicals and bacteria that are naturally present and created in water(passive) is created bythe Nitrogen Cycle
description Ammonia - oxidizing archaea ( AOA ) and ammonia - oxidizing bacteria ( AOBcontribute significantlyto the nitrogen cycle
The right kind of bacteria that grows in the filter , as well as on the substrate , breaks down fish wastecreatinga nitrogen cycle
adding ammoniato triggerthe nitrogen cycle
the oxides dissolve in rain and form nitrates in the soil how do denitrifying bacteriacontributeto the nitrogen cycle
marine and global nitrogen cycles and how marine organisms such as phytoplankton and bacteriainfluencethe nitrogen cycle
The aquarium ... necessaryto triggerthe nitrogen cycle
7195–7205 | Cite as Ammonia - oxidizing archaea ( AOA ) and ammonia - oxidizing bacteria ( AOBcontribute significantlyto the nitrogen cycle
toxins(passive) created bytoxins
many environmental issues such as global warming and pollution itselfcausesmany environmental issues such as global warming and pollution itself
in cleaner , clearer tank waterresultingin cleaner , clearer tank water
an overabundance of bacteria and depleting the tank of oxygen for the fishcausingan overabundance of bacteria and depleting the tank of oxygen for the fish
to the presence of nitratesleadsto the presence of nitrates
the growth of bacteria that will convert the ammonia into nitrites and other bacteria that convert the nitrites into nitrateswhen the ammonia levels in water increase and promptthe growth of bacteria that will convert the ammonia into nitrites and other bacteria that convert the nitrites into nitrates
to the ecosystem balancecontributesto the ecosystem balance
a tendency for an established tank 's pH to decrease over timecreatesa tendency for an established tank 's pH to decrease over time
from insufficient useful microbes , which is referred to as " New Tank Syndromeresultingfrom insufficient useful microbes , which is referred to as " New Tank Syndrome
from insufficient helpful germs , which is called " New Tank Syndromeresultingfrom insufficient helpful germs , which is called " New Tank Syndrome
from inadequate beneficial germs , which is called " New Tank Syndromeresultingfrom inadequate beneficial germs , which is called " New Tank Syndrome
the death of your fishwill causethe death of your fish
in not enough nitrogen , when harvesting of crops , and cutting of forestscan resultin not enough nitrogen , when harvesting of crops , and cutting of forests
to negative effects on the fishleadingto negative effects on the fish
of the following Cycling of Material in an Ecosystemis composedof the following Cycling of Material in an Ecosystem
from fish waste and pumping wateris createdfrom fish waste and pumping water
a stable healthy enviroment The combination of these features creates a spherule that allows nitrate laden water to slowly saturate the Nitrastrate particlesCreatesa stable healthy enviroment The combination of these features creates a spherule that allows nitrate laden water to slowly saturate the Nitrastrate particles
nonliving resources and living things in an ecosysteminfluencesnonliving resources and living things in an ecosystem
of the following processes : to be able to use this information to answer exam questions where applied knowledge is requiredis composedof the following processes : to be able to use this information to answer exam questions where applied knowledge is required
to a healthy and colorful koi betta fishwill leadto a healthy and colorful koi betta fish
to the metabolism of certain amino acids ( Gln , Glu , Ser , and Glycontributesto the metabolism of certain amino acids ( Gln , Glu , Ser , and Gly
toxic ammonia build - up in your pond waterpreventstoxic ammonia build - up in your pond water
oxygen and reduces ( hopefully to the point of removing ) nitrates , and a pump to ensure enough water movementcreatesoxygen and reduces ( hopefully to the point of removing ) nitrates , and a pump to ensure enough water movement
in severe results such as fish death if not understood and adhered to , inaddition implementing measures/ due dilligenceresultingin severe results such as fish death if not understood and adhered to , inaddition implementing measures/ due dilligence
DO through a series of sequential reactions wherein organic nitrogen compounds are hydrolyzed into ammonia and ammonia is oxidized to nitrite and nitrate ( nitrification ) by autotrophic nitrifying bacteria , with DO consumed as part of these sequential reactionsinfluencesDO through a series of sequential reactions wherein organic nitrogen compounds are hydrolyzed into ammonia and ammonia is oxidized to nitrite and nitrate ( nitrification ) by autotrophic nitrifying bacteria , with DO consumed as part of these sequential reactions
to a recycling of nitrate back to ammoniumleadsto a recycling of nitrate back to ammonium
to reductions in nitrous oxide emissions as well as the nitrate leaching that affects waterwayscould leadto reductions in nitrous oxide emissions as well as the nitrate leaching that affects waterways
the nitric acid that falls as acid rain and causes eutrophication of fresh water sources Explain the concept of a Limiting Factorcreatesthe nitric acid that falls as acid rain and causes eutrophication of fresh water sources Explain the concept of a Limiting Factor
of 4 basic stepsis composedof 4 basic steps
in increased N mobility and loss of oxidized N forms through leaching and denitrificationresultingin increased N mobility and loss of oxidized N forms through leaching and denitrification
to a buildup of ammonia in the systemwill leadto a buildup of ammonia in the system
Changes in the nitrogen concentration of soils(passive) caused byChanges in the nitrogen concentration of soils
to runaway denitrification and deoxygenation of the oceanCan ... leadto runaway denitrification and deoxygenation of the ocean
in the transformation of ammoniaresultin the transformation of ammonia
the climatic changescan influencethe climatic changes
the PH to drop if not provided with adequate buffering agentscausesthe PH to drop if not provided with adequate buffering agents
in N₂O production and hydrologic nitrogen lossesresultingin N₂O production and hydrologic nitrogen losses
to acid rain , ozone depletion , and coastal dead zones ... among other impactshas ledto acid rain , ozone depletion , and coastal dead zones ... among other impacts
to increasing N removal and oceanic N$_2$O production via denitrificationleadingto increasing N removal and oceanic N$_2$O production via denitrification
from protein metabolism and arises naturally from metabolic processes in the stomach and intestinesresultsfrom protein metabolism and arises naturally from metabolic processes in the stomach and intestines