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The impacts of cultivation of the past several decades ... likelyto have influencedsoil formation.[7
to succeed all your crops and plantings of indoor plants(passive) are specially designedPlatinium Soil
near - surface soil aggregate propertiesinfluencesoil erodibility
by rain(passive) caused bysoil crusting
Soil textureinfluencessoil erodibility
the texture of the soil(passive) is largely caused bySoil erodibility
by rainfall(passive) caused bySoil crusting
the susceptibility of soil to the agent of erosion(passive) is caused bySoil erodibility
After decomposed in soil , sodium polyacrylate would be break into water , carbon dioxide and sodiumwould causesoil alkalization
near - surface aggregate propertiesinfluencesoil erodibility
of the following things : ( i) Gravel , sand and clay particles ( ii) Humus ( dead plants and animal remains ) ( iii) Water Besides these , soil also contains air , minerals and some tiny organisms s(passive) is composedSoil
factorsinfluencingsoil erodibility
of organic matter ( decomposing plants , animals , and microbes ) , biomass ( living plants , animals , and microbes ) , water , air , minerals ( sand , silt , and clay ) , and nutrients ( nitrogen , carbon , phosphorus(passive) is composedSoil
Effects of fertilizer on soil Acidification Nitrogen - containing inorganic and organic fertilizerscan causesoil
by factors such as terrain , land use and cover , soil characteristics and conservation practices(passive) also influenced bysoil
of particles of broken rock ( materials ) that have been altered by chemical and mechanical processes that include weathering , erosion and precipitation(passive) is composedSoil
of sand , silt , clay , plant nutrients , organic material , bacteria(passive) is composedSoil
of particles of broken rock ( materials ) that have been altered by chemical and mechanical processes that include weathering with associated erosion(passive) is composedSoil
of particles of sand , silt , clay , rocks , organic matter , microorganisms and pore spaces(passive) is composedSoil
of mineral particles , including sand and clay , and organic matter , including plant litter and insect droppings(passive) are composedSoil
of 50 % solids ; sand , silt , clay , and organic matter , and 25 % water , and 25 % air(passive) is composedSoil
of particles of broken rock that have been altered by chemical and environmental processes that include weathering and erosion(passive) is composedSoil
of particles of broken rock that have been altered by chemical and environmental processes that include weathering and erosion(passive) is composedSoil Soil
of minerals , water , gas , organisms , and other organic matter in various states of decomposition(passive) is composedSoil
of inorganic particles ( sand , silt and clay ) , organic matter , air and water(passive) is composedSoil
by water erosion , water resources protection , soil protection and developing of standards in this area(passive) caused bysoil
Seasonal Variability of Soil pH Seasonal changes in soil moisture , temperature , microbial activity , and plant growthcan causesoil
agriculture , mining and soil pollution(passive) caused bysoil
of broken rock ( sand , clay , silt ) and organic matter(passive) is composedSoil
of minerals in the form of sand , silt or clay and organic components such as water , air , living organisms , manure or plant material(passive) is composedSoil
of three mineral particles sand , silt and clay(passive) is composedSoil
by root systems and soil microbes(passive) influenced bysoil
of sand , silt , clay , rocks , humus ( organic matter(passive) is composedSoil
of bacteria and microorganisms that help decompose organic matter into nutrients that enrich the soil(passive) is composedSoil
of 5 % organic matter ( humus ) , 45 % rock minerals ( clay , calcium rock , silica ) , 25 % air , and 25 % water(passive) is composedSoil
of the following things : ( i) Gravel , sand and clay particles ( ii) Humus ( dead plants and animal remains(passive) is composedSoil
of particles of broken rock that have been altered by chemical and mechanical processes that include weathering and erosion(passive) is composed Soil
of particles of broken rock that have been altered by chemical and mechanical processes that include weathering and erosion(passive) is composedSoil
of many various particles , and vitamins within the soil help vegetation develop(passive) is composedSoil
through the excess nutrients in ground due to grass growth(passive) is causedsoil
of marly clayscomposedof marly clays
the availability of water and nutrients , the activity of soil micro - organisms , and temperature within the root zoneinfluencesthe availability of water and nutrients , the activity of soil micro - organisms , and temperature within the root zone
the availability of water and nutrients , the activity of soil micro - organisms , and temperature inside the root zoneinfluencesthe availability of water and nutrients , the activity of soil micro - organisms , and temperature inside the root zone
the availability of water and nutrients , the activity of beneficial soil organisms , and a wide variety of other factors important to plant growthinfluencesthe availability of water and nutrients , the activity of beneficial soil organisms , and a wide variety of other factors important to plant growth
to increased erosion of the thin and vulnerable soil as well as the death of the fine feeder roots of the kauri trees causing stressleadingto increased erosion of the thin and vulnerable soil as well as the death of the fine feeder roots of the kauri trees causing stress
the provision of water and nutrients , the activity of soil micro - organisms , and temperature within the root zoneinfluencesthe provision of water and nutrients , the activity of soil micro - organisms , and temperature within the root zone
problems with the roots so always plant in well - drained soilcan causeproblems with the roots so always plant in well - drained soil
to increased erosion of the thin and vulnerable soil as well as the death of the fine feeder roots of the kauri treesleadingto increased erosion of the thin and vulnerable soil as well as the death of the fine feeder roots of the kauri trees
of silt , sand , clay and organic matteris composedof silt , sand , clay and organic matter
the provision of water and nutrients , the activity of soil micro - organisms , and temperature throughout the root zoneinfluencesthe provision of water and nutrients , the activity of soil micro - organisms , and temperature throughout the root zone
the availability of water and vitamins , the activity of soil micro - organisms , and temperature throughout the root zoneinfluencesthe availability of water and vitamins , the activity of soil micro - organisms , and temperature throughout the root zone
in increased : crop yields , root growth , nutrient uptake , plant quality , enhanced natural defenses and improved water retentionresultingin increased : crop yields , root growth , nutrient uptake , plant quality , enhanced natural defenses and improved water retention
the availability of water and nutrients , the exercise of soil micro - organisms , and temperature throughout the root zoneinfluencesthe availability of water and nutrients , the exercise of soil micro - organisms , and temperature throughout the root zone
the weight and number of seeds to increasecausedthe weight and number of seeds to increase
poor fertiliser uptake , more nutrient leaching , and reduced soil biologycausespoor fertiliser uptake , more nutrient leaching , and reduced soil biology
a problem for the survival of the plant whereas wet soil is excellent for the plantscan causea problem for the survival of the plant whereas wet soil is excellent for the plants
in decreased microbial activity that eventually affect its physical , chemical , and biological conditions [ 1 ] which leads to decline in land productivity and crop yieldsresultsin decreased microbial activity that eventually affect its physical , chemical , and biological conditions [ 1 ] which leads to decline in land productivity and crop yields
the provision of water and vitamins , the activity of soil micro - organisms , and temperature within the root zoneinfluencesthe provision of water and vitamins , the activity of soil micro - organisms , and temperature within the root zone
productive capacity , nutrient fluxes and soil structureinfluencingproductive capacity , nutrient fluxes and soil structure
plants growing on that soilinfluencesplants growing on that soil
from microbial activity that is enhanced in the presence of the plant root zoneresultingfrom microbial activity that is enhanced in the presence of the plant root zone
to both reduced garden soil drinking water availabilityleadsto both reduced garden soil drinking water availability
to more soil organic matter ( SOM ) mineralization and less SOM retention in this cropping systemmay leadto more soil organic matter ( SOM ) mineralization and less SOM retention in this cropping system
the availability of water and vitamins , the exercise of soil micro - organisms , and temperature within the root zoneinfluencesthe availability of water and vitamins , the exercise of soil micro - organisms , and temperature within the root zone
in decreased soil settlement and differential settlement of the groundfurther resultingin decreased soil settlement and differential settlement of the ground
to better water retaining capacity of the soilleadingto better water retaining capacity of the soil
in the loss of soil organic matterresultingin the loss of soil organic matter
the provision of water and vitamins , the activity of soil micro - organisms , and temperature throughout the root zoneinfluencesthe provision of water and vitamins , the activity of soil micro - organisms , and temperature throughout the root zone
problems with the roots that lead to root rotcan causeproblems with the roots that lead to root rot
prairie plants , trees , and shrubsto setprairie plants , trees , and shrubs
to have such moisture source around them and results damage to foundationwere ... designedto have such moisture source around them and results damage to foundation
the provision of water and nutrients , the exercise of soil micro - organisms , and temperature throughout the root zoneinfluencesthe provision of water and nutrients , the exercise of soil micro - organisms , and temperature throughout the root zone
to greater soil qualitythus contributingto greater soil quality
to better plant growth , yield and leaf nutrient statusledto better plant growth , yield and leaf nutrient status
to improved fertility of the soil as well as the production of fodder and grainsleadingto improved fertility of the soil as well as the production of fodder and grains
the provision of water and vitamins , the activity of soil micro - organisms , and temperature inside the root zoneinfluencesthe provision of water and vitamins , the activity of soil micro - organisms , and temperature inside the root zone
to increase soil acidity and decrease electrical conductivity , phosphorus and copper availablecausedto increase soil acidity and decrease electrical conductivity , phosphorus and copper available
to increased CO 2 emissions derived from soil organic matter and fertilizers mineralizationleadingto increased CO 2 emissions derived from soil organic matter and fertilizers mineralization
to better runoff rather than having the water trapped at the foundationleadsto better runoff rather than having the water trapped at the foundation
to a better soil lifeleadingto a better soil life