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by vehicles with high axle load(passive) caused bysubsoil compaction
by vehicles with high axle load (passive) caused bysubsoil compaction
farm vehicles and machinery results in a layer of higher strength soil commonly at 10 - 40 cm depth(passive) caused bySubsoil compaction
by heavy axle loads(passive) caused bysubsoil compaction
by high axle loads(passive) caused bysubsoil compaction
Axle loads above 10 tonscan causesubsoil compaction
very high axle loads on trucks and other equipment common on Marcellus development sites(passive) is caused bySubsoil compaction
the reduction in soil strength at depthmay contributeto subsoil compaction
Farm equipment with high axle loads on wet soilwill causecompaction
by heavy vehicles(passive) caused bySubsoil compaction
heavy machinerycausessubsoil compaction
The load of the glaciercausedsubsoil compaction
The load from the ice covercausedsubsoil compaction
by a myriad of factors(passive) is influencedCompaction HMA compaction
by a myriad of factors(passive) is influenced byCompaction HMA compaction
very likelyto causesubsoil compaction
by traffic of equipment , vehicles , or even foot traffic(passive) caused byCompaction
Use of heavy equipment , especially when the soil is wetcausescompaction
Excessive tilling or tilling when the soil is too wetcan causecompaction
also changes soil structurecausingcompaction
by driving on wet soil(passive) caused bycompaction
driving on wet soil(passive) caused bycompaction
The weight or pressure of traffic on the surfacecausescompaction
by heavy lawn equipment , heavy rainfall , foot traffic , etc(passive) caused bycompaction
field activities on wet soils(passive) caused bycompaction
Working wet soilcausescompaction
especially when the soil is wetwill causecompaction
rolling across the wet fields with the heavy equipment(passive) is caused bythe compaction
Foot traffic , concrete and poor soil preparation when planting the treecausescompaction
repeated traffic , heavy traffic , or traveling on wet soil(passive) is caused byCompaction
by harvesting machinery on wet soils(passive) can be caused bycompaction
by harvesting machinery on wet soils(passive) can be causedcompaction
harvesting machinery on wet soils(passive) can be caused bycompaction
Working wet soil too earlycan leadto compaction
by heavy tillage equipment(passive) caused bycompaction
traveling on wet soil or by heavy equipment(passive) is caused byCompaction
heavy equipment traversing wet soil(passive) caused bycompaction
The weight of large farm equipmentcan causecompaction
heavy lawn traffic such as cutting the grass or walking on the lawn(passive) can be caused byCompaction
the heavy farm equipmentwill ... causecompaction
to a high bearing capacityleadsto a high bearing capacity
to causes of increased IOP , independent of angle - closurecontributesto causes of increased IOP , independent of angle - closure
to causes of the increase in IOP , independent of angle - closurecontributesto causes of the increase in IOP , independent of angle - closure
to causes of IOP increase independent of angle - closurecontributeto causes of IOP increase independent of angle - closure
to the squeezing out of most of the water present between the sedimentsleadsto the squeezing out of most of the water present between the sediments
slower water movementcausesslower water movement
root growth(passive) caused byroot growth
from farming practicesresultingfrom farming practices
the annual monetary loss(passive) caused bythe annual monetary loss
poor soil structure problemscan ... causepoor soil structure problems
in substantial losses of ecosystem servicesresultsin substantial losses of ecosystem services
changes in the soil structure and pore spacecauseschanges in the soil structure and pore space
to the loss of pore space between soil particlesleadsto the loss of pore space between soil particles
the soil structure to resist water movement and root penetration as wellwill causethe soil structure to resist water movement and root penetration as well
to problems with soil drainage , aeration , nutrient cycling , and plant growthtypically leadsto problems with soil drainage , aeration , nutrient cycling , and plant growth
in subsidence or settling of the land surfaceresultsin subsidence or settling of the land surface
to lower soil permeability and poorer soil aeration resulting in increased erosion hazard and poorer plant productivitycan leadto lower soil permeability and poorer soil aeration resulting in increased erosion hazard and poorer plant productivity
in loss of soil structureresultingin loss of soil structure
from a loss of soil structureresultingfrom a loss of soil structure
reduction of pore spaces between soil particlescausesreduction of pore spaces between soil particles
Poor soil structure(passive) is usually caused byPoor soil structure
damage to the soil structure , which means less organic matter is available to plantscausesdamage to the soil structure , which means less organic matter is available to plants
to the increase in relative density for soilledto the increase in relative density for soil
in a loss of pore space and poor surface drainage which will encourage Fusarium Patch diseaseresultsin a loss of pore space and poor surface drainage which will encourage Fusarium Patch disease
to lower soil permeabilitycan leadto lower soil permeability
changes in the soil structurecauseschanges in the soil structure
in shallow plant rooting and poor plant growthcan resultin shallow plant rooting and poor plant growth
to better soil aerationleadsto better soil aeration
Shallow root systems ... reduced nutrient uptake(passive) caused byShallow root systems ... reduced nutrient uptake
in loss of soil structure by particle disaggregation , chemical changes as a result of the development of anaerobic conditions in the soil storeresultingin loss of soil structure by particle disaggregation , chemical changes as a result of the development of anaerobic conditions in the soil store
to problems for grass such as poor growth and poor use of fertilizer and watercan leadto problems for grass such as poor growth and poor use of fertilizer and water
to root development problemsleadingto root development problems
to a serious reduction in soil aerationcan leadto a serious reduction in soil aeration
in lower water storage capacity of the soil and increased surface runoffresultsin lower water storage capacity of the soil and increased surface runoff
in poor plant performanceresultingin poor plant performance
in shallow plant rooting and poor plantcan resultin shallow plant rooting and poor plant
an increase in surface runoff from the roadwill causean increase in surface runoff from the road
in yield reductions due to decreases in seed germination , root and plant growthcan resultin yield reductions due to decreases in seed germination , root and plant growth
erosion and reduced plant growthcauseserosion and reduced plant growth
in runoff and poor crop performanceresultingin runoff and poor crop performance