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Excessive fluid applicationcan resultin increased soil salinity that can inhibit or prevent plant growth
Efficient water managementleadsto increased crop yield under saline soil condition
two enzymes in wheat that are especially sensitive to salt and that appear to be the weak linkleadsto plant death in saline soils
The high plant population density under a cover crop , combined with weed populationmay leadto high uptake of soil N for plant growth
the weak linkleadsto plant death in saline soils
the weak linkleadingto plant death in saline soils
Those enzymes ... a weak linkleadsto plant death in saline soils
The factorscontributesignificantly to the development of saline soil
Excessive fluid applicationcan resultin increased soil salinity that can inhibit plant growth
High salinityleadsto the formation of saline soils , which does not support plant growth
This mechanism ... invasive plantsinfluencesubsequent plant growth through altering the soil community
Studentswill discoversoil 's importance in plant growth
of a range of dissolved salts , such as NaCl(passive) is composedThe soil solution of saline soils
the link to ream more on the measurescan leadto successful farming in soil with a high degree of salt ( saline soil
These orders ... propertiesinfluencesoil development and plant growth
These improved soil physical conditionsresultin better drained and aerated soil for plant growth
Addition of phosphateto lead[ Pb(ll)l - cOntarninated soil to immobilize soil
the accumulation of toxic sodium ions(passive) are predominantly caused byThe adverse effects of soil salinity on plant growth
The factorscontributeto the development of saline soil
The processresultsin the development of saline soil
irrigation ,leadsto the development of saline soil
fertilizerdesignedfor growing plants in soil
filtration and leachingcausingthe soil to become saline rapidly
Sodiumcan causesoil to become compacted , inhibiting root growth
High EC in waterleadsto formation of saline soil
High salt concentration in waterleadsto the formation of saline soil
High salt concentration in waterleadsto formation of saline soil
a high salt concentration in waterleadsto formation of saline soil
that spanned couple of months to test water absorption abilities of orange peelresultingsoil moisture and growth of a plant
content ( high EC ) in irrigation waterleadsto formation of saline soil
Another consequence of climate change ... the prolonged drought in Australiaresultedin high saline soil
The factorscontributeto the development of saline soils
A high salt content ( high EC ) in irrigation waterleadsto formation of saline soil
The water with high salt ( ECleadsto formation of saline soil
groundwater levelcausesthe soil to become saline
ageresultingin the development of saline soils
In additioncausesthe soil to become saline
Several factorscontributeto the development of saline soils
Groundwaterthen causesthe soil to become saline
Water generally available for irrigation contains between 1,000 and 2,000 ppm of total dissolved solids and this discourages filtration and leachingcausingthe soil to become saline rapidly
a plant to grow lesswill causea plant to grow less
of sand , clay , or siltis composedof sand , clay , or silt
diseasescausesdiseases
root rot of some cropscauseroot rot of some crops
to plant deathleadingto plant death
in soil infertilityresultsin soil infertility
corrosion of concretewill causecorrosion of concrete
to the death of plant due to rapid increase in the concentration of salts in the cytoplasm.43leadsto the death of plant due to rapid increase in the concentration of salts in the cytoplasm.43
thereforewill ... leadtherefore
the field distribution of nativethereby influencingthe field distribution of native
light for plantsledlight for plants
the odds for you on big beautiful plants in almost any regionsetsthe odds for you on big beautiful plants in almost any region
to rotledto rot
to rotledto rot
to low soil Oxygen levels and increased leadingto low soil Oxygen levels and increased
to low soil Oxygen levels and increased anaerobic bacteria populationsleadingto low soil Oxygen levels and increased anaerobic bacteria populations
to increase in harmful saltsleadingto increase in harmful salts
stress(passive) caused bystress
a white efflorescence on the surfacecausesa white efflorescence on the surface
for soil incorporation beneath the seeddesignedfor soil incorporation beneath the seed
problems(passive) caused byproblems
rigid structures , like buildings and bridgesmay causerigid structures , like buildings and bridges
in genetically identical individualsresultsin genetically identical individuals
by different strains of cyanobacteriainfluencedby different strains of cyanobacteria
problems(passive) caused byproblems
several difficulties in the irrigationcausesseveral difficulties in the irrigation
osmotic stress(passive) caused byosmotic stress
to an increase in the soil respiration , microbiological activity , cation exchange capacity , and activity of the enzymes LiP and Lacledto an increase in the soil respiration , microbiological activity , cation exchange capacity , and activity of the enzymes LiP and Lac
up to 93 % yield loss in tefcausesup to 93 % yield loss in tef
the long term use of chemical fertilizers harm(passive) caused bythe long term use of chemical fertilizers harm
the long term use of chemical fertilizers harm(passive) caused bythe long term use of chemical fertilizers harm
chemical fertilizers harm(passive) caused bychemical fertilizers harm