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that food aid distribution seems to induce greater spatial concentration of livestock around distribution pointscausinglocalized rangeland degradation
that food aid distribution seems to induce greater spatial concentration of livestock around distribution points ,causinglocalized rangeland degradation
that food aid distribution seems to induce greater spatial concentration of livestock around distribution points , ... and that food aid provided as whole grain requires more cooking , and thus more fuelwood , stimulating local deforestationcausinglocalized rangeland degradation
by moisture , oxidation , UV rays , as well as exposure to a variety of industrial or environmental chemicals(passive) caused bydegradation
by the combination of UV radiation and moisture(passive) mainly caused byphotochemical degradation
by light(passive) caused byPhotochemical degradation
the mechanism of the tafazzin deficiencycausescardiolipin degradation
by ultraviolet light present in sunlight(passive) caused byphotochemical degradation
by UV radiation , moisture , thermal cycles , chemical ( e.g. , alkali ) exposure , salt and the like(passive) caused bydegradation
by land and forest encroachment chemical intensive agriculture and unsustainable resource consumption(passive) caused bydegradation
aging or environmental or chemical factors , such as drying , straightening , heat , wind , and sunlight exposure(passive) caused bydegradation
eventscan causeQoE degradation
the factorscausingrangeland degradation
factorscausingrangeland degradation
factorsinfluencingrangeland degradation
by micro - activity , chemical oxidation reactions and physical transformation of water(passive) caused bydegradation
several mechanisms , the most common being hydrolysis , oxidation , or light - catalyzed degradation(passive) may be caused byDegradation
by the action of microorganisms existing in nature under natural conditions such as soil(passive) caused bydegradation
by ultraviolet light(passive) caused byphotochemical degradation
where livestock are presentcauserangeland degradation
by unregulated grazing(passive) caused byrangeland degradation
reactions with oxygen or UV - light , which lead to undesirable changes in the properties of the polymer(passive) caused bydegradation
Prolonged surface exposure to watercausesdegradation
by , e.g. , deforestation , poor land and watershed management , and dumping of contaminants(passive) caused bydegradation
Exposure of internal materials to the outside environment and ... ; and/or Exposure of internalresultingdegradation
by the action of microorganisms existing in nature under natural conditions(passive) caused bydegradation
Several genes ... that are knownto causexenobiotic degradation
by oxidation reactions , exposure to UV radiation of sunlight , heat of cooking , etc(passive) caused bydegradation
by the full array of human influences on living systems , not just the direct effects of chemical pollutants(passive) caused bydegradation
During the moisture absorption process , water ingression into the interior including the polymer reinforcement interface region occurscausingdegradation
specific events and degradation caused by long - term pressures or unsustainable use(passive) caused bydegradation
by oxygen , heat and/or light(passive) caused bydegradation
exposure to moisture over time(passive) caused bydegradation
by the mounting population pressure on forest and land resources(passive) caused primarily bydegradation
the mounting population pressure on forest and land resources(passive) caused primarily bydegradation
enzymatic process resulting from the action of cells(passive) caused byDegradation
by enzymatic process resulting from the action of cells(passive) caused bydegradation
by enzymatic process resulting from the action of cells(passive) caused by Degradation
increasing human activities as the leading factors behind threats to the species(passive) caused bydegradation
by heating , such as thermal degradation or oxidation(passive) otherwise caused bydegradation
to the physiological GABAA1 turnover because inhibition of the proteasome activity improved the basal level of en dogenous GABAA1 levelscontributedto the physiological GABAA1 turnover because inhibition of the proteasome activity improved the basal level of en dogenous GABAA1 levels
to its accumulationleadingto its accumulation
in formation of complex product mixturesresultedin formation of complex product mixtures
to a decrease of plasma fibrinogen concentrationleadingto a decrease of plasma fibrinogen concentration
in the releasing of the cells from the microcapsulesresultingin the releasing of the cells from the microcapsules
from microorganisms ( biodegradationresultingfrom microorganisms ( biodegradation
Over 5 % of global CO2 emissions(passive) are caused byOver 5 % of global CO2 emissions
the observed levels and ratios of the different RNAs ... both in the cell lysates and RNA in the cell culture mediamay influencethe observed levels and ratios of the different RNAs ... both in the cell lysates and RNA in the cell culture media
altered permeabilitycausingaltered permeability
up to harvestleadingup to harvest
in a high concentration of those neurochemicals which increase their analgesic effectresultingin a high concentration of those neurochemicals which increase their analgesic effect
to reduced substrate performanceleadingto reduced substrate performance
to relatively early failureleadingto relatively early failure
to an increase of ABCA1 cell surface expressionleadingto an increase of ABCA1 cell surface expression
to inhibition of autophagy and cardiac hypertrophythereby leadingto inhibition of autophagy and cardiac hypertrophy
in substantial declines in rangeland condition , water potential , soil status , and animal performancehas resultedin substantial declines in rangeland condition , water potential , soil status , and animal performance
to downregulation of autophagyleadingto downregulation of autophagy
impaired cross - modal recognition memoryresultedimpaired cross - modal recognition memory
undesirable color formation , loss of molecular weight , reduced chemical resistance or inferior mechanical propertiescan causeundesirable color formation , loss of molecular weight , reduced chemical resistance or inferior mechanical properties
to a decrease in molecular weight , lower mechanical strength and increased solubilityprogressively leadsto a decrease in molecular weight , lower mechanical strength and increased solubility
in slow loss of stored product and possibly contamination of the environmentresultingin slow loss of stored product and possibly contamination of the environment
in prolonged protein half - life and its nuclear accumulationresultingin prolonged protein half - life and its nuclear accumulation
to deposits and reduced oil seal and overall equipment lifecan leadto deposits and reduced oil seal and overall equipment life
loss of bio - diversity , soil erosion , and decline in biomasscausesloss of bio - diversity , soil erosion , and decline in biomass
increase in hardness , brittleness , reduction of tensile strength and loss of colourcausesincrease in hardness , brittleness , reduction of tensile strength and loss of colour
to char , skin , and gel formation , discoloration , and viscosity changesleadsto char , skin , and gel formation , discoloration , and viscosity changes
in increased product durability for greater product valueresultingin increased product durability for greater product value
in decreased iron uptake from food and iron releaseresultingin decreased iron uptake from food and iron release
to soil degradation. Where drainage is excessiveleadsto soil degradation. Where drainage is excessive
to the accumulation of abnormal ECM materialleadingto the accumulation of abnormal ECM material
soil carbon lossescausessoil carbon losses
in a lower emission current at a given voltage , or in the need to increase the applied voltage over time to maintain the same emission currentmay resultin a lower emission current at a given voltage , or in the need to increase the applied voltage over time to maintain the same emission current
in loss of activitymay resultin loss of activity
to a decrease in species diversityleadsto a decrease in species diversity
to forest losscontributesto forest loss
degradation in the insulation and of insulation resistancemay causedegradation in the insulation and of insulation resistance
in unnatural changes to biodiversity , air and water pollution , ozone depletion and land destructionresultingin unnatural changes to biodiversity , air and water pollution , ozone depletion and land destruction
due to exposure in extreme corrosive environmentcauseddue to exposure in extreme corrosive environment
in the loss of their primary food plantresultsin the loss of their primary food plant
in increased iron uptake from foodresultingin increased iron uptake from food