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the application of microbial fertilizersinfluencethe development of microorganisms in the soil
Avoid using chemical fertilizerscauseto the micro - microorganisms within the soil
Crop and soil management practicesdesignedto support soil microorganisms
Avoid using chemical substance fertilizerscauseto the small - microorganisms in the soil
Avoid using substance fertilizerscauseto the small - microorganisms in the soil
the Viking Labeled Release Experimentdiscoveredmicroorganisms in the soil of Mars
by soil , plant and grazing(passive) caused bysoil bacteria
most new antibioticshave been discoveredin soil bacteria
ScientistsDiscoverBacteria In Soil
Many existing antibiotic drugsoriginatefrom soil bacteria
antibioticsdiscoveredin soil bacteria
Greater exposurecan leadto soil bacteria
A groupdiscoveredthe bacteria in soil
& FERTILIZERScausingbacteria in the soil
resistanceoriginatingfrom soil bacteria
the environmental factorsleadingto the soil bacteria
Bt n Bt genesoriginatefrom the soil bacteria
These differences ... the abiotic and biotic conditionscan influencebacteria in the soil
biofilmcomposedof soil bacteria
Exciting and the Materialscausessoil bacteria
a new class of antibioticsdiscoveredin soil bacteria
by GE crops(passive) caused bysoil bacteria
A team of scientists and collaboratorsdiscoveredthe bacteria in soil
Avoid using chemical fertilizerscauseto the micro - microorganisms in the soil
the disease ... Woundsmay be causedorganisms in the soil
Soil viruses are thought ... , and as a potential cause of microbial mortalityto ... influencesoil microbes
Soil acidityalso influencessoil microbes
these genesmay have originatedfrom soil microbes
the wayinfluencessoil micro - organisms
One geneoriginatesfrom the soil bacterium
It was possibleresultedfrom the microbes in soil
to boost emissions as higher temperatures will fuel their activities which produce the greenhouse gas(passive) are also setCO2-absorbing microbes in the soil
chitinaceous compoundsoriginatingfrom soil microbes
to date(passive) can be discoveredSoil microbes
to shock(passive) can be designedSoil microbes
Effective Microorganisms ... ableto influencethe other microorganisms in the soil
to explorehow ... contributesoil microbes
the factorsinfluencingsoil microorganisms
the term antibioticdiscovered streptomycinfrom soil microbes
gummosiscausingpathogens in soil
to more N leachingmight ... leadto more N leaching
nutrient availabilitydo ... influencenutrient availability
What disease(passive) is caused byWhat disease
Denitrification(passive) is caused byDenitrification
plant disease developmentcan influenceplant disease development
to the high incidence of root rots in the study sitescontributedto the high incidence of root rots in the study sites
the breakdown and decay of dead organisms , a process that in turn adds more nutrients to the soilcausethe breakdown and decay of dead organisms , a process that in turn adds more nutrients to the soil
This condition(passive) is caused byThis condition
soil or diseases(passive) caused bysoil or diseases
diseases in plants , humans and animalscausediseases in plants , humans and animals
to decreasing rates of soil organic matter decomposition and hence the availability of nutrients for uptake by plantsleadingto decreasing rates of soil organic matter decomposition and hence the availability of nutrients for uptake by plants
to the health of the plant andcontributeto the health of the plant and
to an increase in soil humus contentwill leadto an increase in soil humus content
to soil structure and soil fertilityalso contributeto soil structure and soil fertility
to soil qualitycontributeto soil quality
in a better activity of the soilmay resultin a better activity of the soil
to decreasing rates of soil organic matter decompositionleadingto decreasing rates of soil organic matter decomposition
Growth of plants and(passive) may be influencedGrowth of plants and
to a release of stored soil carbonleadingto a release of stored soil carbon
Plant rot(passive) caused byPlant rot
a disease(passive) caused bya disease
to nitrogen loss or immobilization in the soilcontributeto nitrogen loss or immobilization in the soil
to decreasing rates of soil organic matter decomposition and hence the availability of nutrients for uptakeleadingto decreasing rates of soil organic matter decomposition and hence the availability of nutrients for uptake
the diseases(passive) caused bythe diseases
to changes in food chains and forest healtheventually leadingto changes in food chains and forest health
many ecosystem processesinfluencemany ecosystem processes
the health and metabolism of plantsstrongly influencethe health and metabolism of plants
to restore and/or enhance microbial activity in the soildesignedto restore and/or enhance microbial activity in the soil
to increasing in Soil stabilitycausedto increasing in Soil stability
infection(passive) caused byinfection
to nutrient cycling and nitrogen availability in agricultural soilscontribute significantlyto nutrient cycling and nitrogen availability in agricultural soils
to poor plant performancecan leadto poor plant performance
damage to pathogenscausingdamage to pathogens
in disease suppression and enhances water - holding capacityresultsin disease suppression and enhances water - holding capacity
to increased soil tilthleadingto increased soil tilth
plants(passive) caused byplants
Our health(passive) may be influenced more than we know byOur health
your healthinfluenceyour health
to increased nutrient uptakeleadingto increased nutrient uptake
to the decomposition of organic mattercontributeto the decomposition of organic matter