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THE LARGEST factorsinfluencingbiodiversity decline
Factors other than reduction of areacan causea decline in biodiversity
a tab ... the human activitiesare causinga decline in biodiversity
The Biodiversity and Conservation Biology ... the factorsare causinga decline in biodiversity
factors other than the particular impact in question(passive) caused bybiodiversity declines
several factors in addition to the scarcity of the rodents(passive) is ... caused bya decline in biodiversity
three specific examples of human activitiescausea decrease in biodiversity
Many experts ... human - caused factors such as land use and pollutionare causinga decline in biodiversity
◗ Human activities , such as release of pollutants , destruction of habitat , andcan resultin a decrease in biodiversity
Climate change in the regionhas causeddecreased biodiversity
climate change and overexploitation(passive) caused bydeclining biodiversity
the market could push endangered species to extinctioncausinga decline in biodiversity
2016 Human - driven land - use changesoften causea decline in biodiversity
These effects are magnified by climate changecausinga decrease in biodiversity
land use by humansmight have causedthe decrease of biodiversity
wiseGEEK Deforestationcan leadto a decrease in biodiversity
The booklet humanscausingdecline in biodiversity
shoots humanscausingdecline in biodiversity
his imputed humanscausingdecline in biodiversity
his new humanscausingdecline in biodiversity
the media humanscausingdecline in biodiversity
habitat fragmentationcausesa decrease in biodiversity
climate change and human alterations to the environment(passive) caused bydeclines in biodiversity
a decline in resource diversity , changes in disturbance regime , surrounding landscape conversion and a decrease in biomass production(passive) is caused bybiodiversity decline
habitat loss , climate change , or other human impacts on the environment(passive) caused bybiodiversity declines
various reasons such as climate change , anthropogenic or natural disturbances(passive) caused bydecreasing biodiversity
humans are playing in their environmentleadingto a decrease in biodiversity
over - fishing , global climate change and the introduction of competitive non - native specieshas causeddecreased biodiversity
unsustainable fishing , pollution , overgrazing , climate change and invasive alien speciescausea decline in biodiversity
as human activity continuesto causea decline in biodiversity
Urbanization is a global event that is invading natural habitatsinevitably leadingto a decrease in biodiversity
the use of GM cropswill resultin a decrease in biodiversity
the activities of peopleare causinga reduction in biodiversity
onwards changes in land - use managementhave causeda decrease in biodiversity
Habitat Loss ... another problemis causingthe decrease of biodiversity
The logging of these forestscan leadto a decrease in biodiversity
the deforestation severely impacted on our planet by increasing soil erosion , greenhouse gas emissions and damage to plants and animals habitatcausedecline in biodiversity
mainly ... over - exploitation(passive) is caused ... bya decline in biodiversity
An increase in the cultivation of GM cropsleadsto a decrease in biodiversity
it could also speed up the rate of local extinctioneventually leadingto a decrease in biodiversity
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverse heathlands.[21can also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverse heathlands.[21
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverse heathlands.[23can also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverse heathlands.[23
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species - diverse heathlands.[28can also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species - diverse heathlands.[28
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species - diverse heathlands.[29can also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species - diverse heathlands.[29
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverse heathlands.[4can also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverse heathlands.[4
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverse heath landscan also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverse heath lands
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverseheathlandscan also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species diverseheathlands
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species - diverse heathlands.[46 ] Consequence of human modification of the nitrogen cycle Increasing levels of nitrogen deposition are shown to have a number of negative effects on both terrestrial and aquaticcan also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species - diverse heathlands.[46 ] Consequence of human modification of the nitrogen cycle Increasing levels of nitrogen deposition are shown to have a number of negative effects on both terrestrial and aquatic
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species - diverse heathlands.[51 ] Consequence of Human Modification of Nitrogen Cycle Increasing levels of nitrogen deposition are shown to have a number of negative effects on both terrestrial and aquatic ecosystems.[52][53can also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degradation of nitrogen - poor , species - diverse heathlands.[51 ] Consequence of Human Modification of Nitrogen Cycle Increasing levels of nitrogen deposition are shown to have a number of negative effects on both terrestrial and aquatic ecosystems.[52][53
to increasing infectious diseasesleadsto increasing infectious diseases
six significant human problems(passive) caused bysix significant human problems
the dangers(passive) caused bythe dangers
to mass extinction mass extinctionmay leadto mass extinction mass extinction
to increased transmission of diseases to humans and increased healthcare costscan leadto increased transmission of diseases to humans and increased healthcare costs
to the rise of asthma , allergies and other inflammatory diseases among people living in citiesmay be contributingto the rise of asthma , allergies and other inflammatory diseases among people living in cities
if higher nitrogen availability increases nitrogen - demanding grasses , causing a degredation of nitrogen - poor , species diverse heathlands ( Aerts and Berendse 1988can also resultif higher nitrogen availability increases nitrogen - demanding grasses , causing a degredation of nitrogen - poor , species diverse heathlands ( Aerts and Berendse 1988
soil carbon lossesto causesoil carbon losses
to the rise of asthma , allergies , and other chronic inflammatory diseases among people living in cities worldwidemay be contributingto the rise of asthma , allergies , and other chronic inflammatory diseases among people living in cities worldwide
catastrophic problems for an ecosystemcan causecatastrophic problems for an ecosystem
to huge economic , ecological and socio - cultural losseswill leadto huge economic , ecological and socio - cultural losses
in economic losses that have the potential to be large and to affect broad sections of the communitywill resultin economic losses that have the potential to be large and to affect broad sections of the community
in a less stable climate , which could result in droughts or floodmay resultin a less stable climate , which could result in droughts or flood
a decrease in the services nature provides to us — crop pollination , climate regulation , water purificationis causinga decrease in the services nature provides to us — crop pollination , climate regulation , water purification
to decreased availability of these resourcesleadsto decreased availability of these resources
to decreased ecosystem stability and function , as well as increased vulnerabilitycould leadto decreased ecosystem stability and function , as well as increased vulnerability
from reduced local colonizationresultedfrom reduced local colonization
to ecological instability and vulnerabilityleadsto ecological instability and vulnerability
to a subsequent reduction in the functioning and stability of the ecosystem ( UNSW , 2016leadsto a subsequent reduction in the functioning and stability of the ecosystem ( UNSW , 2016
in the decline of productivitywill resultin the decline of productivity
trophic cascades which wipe out entire ecosystems leaving our Earth barrencan causetrophic cascades which wipe out entire ecosystems leaving our Earth barren
to a limited gene pool with less variation.netleadsto a limited gene pool with less variation.net
to a drop off in the ecotourism that finances ecological protection , resulting in loss of income to local communitiesmay leadto a drop off in the ecotourism that finances ecological protection , resulting in loss of income to local communities
Desertification(passive) is caused byDesertification
in scarcity of food and fresh waterwill resultin scarcity of food and fresh water
to the loss of ecosystem services , which will lessen livelihood opportunities and sourceswill then leadto the loss of ecosystem services , which will lessen livelihood opportunities and sources
almost certainlywill ... leadalmost certainly
to food supplies being more susceptible to disease and pests and fresh water becoming scarcewill almost certainly leadto food supplies being more susceptible to disease and pests and fresh water becoming scarce
to a substantial decrease in the services that ecosystems providecan leadto a substantial decrease in the services that ecosystems provide
in a more fragile and less stable ecosystemresultsin a more fragile and less stable ecosystem
adversity for crops and domesticated animals that now find themselves under assault from pests and predatorscreatesadversity for crops and domesticated animals that now find themselves under assault from pests and predators