Evaluation of Soil Chemical Properties and Enzymes ActivityUnder Different Land Use Systems
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Evaluation of Soil Chemical Properties and Enzymes ActivityUnder Different Land Use Systems
Vol. 20, Issue 4, Pages: 98-101(2006)
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CLC:S153.1S154.2
Published:2006
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Franz Makeschin, SUN Qi-xiang. Evaluation of Soil Chemical Properties and Enzymes ActivityUnder Different Land Use Systems[J]. 2006, 20(4): 98-101.
DOI:
Franz Makeschin, SUN Qi-xiang. Evaluation of Soil Chemical Properties and Enzymes ActivityUnder Different Land Use Systems[J]. 2006, 20(4): 98-101.DOI:
Evaluation of Soil Chemical Properties and Enzymes ActivityUnder Different Land Use Systems
a certain area of new-formed land annually occurred in Yellow river delta(YRD) region.These lands were characterized with rich nutrients
hence usually were exploited as farmlands.However soil salinisation frequently came forth due to drought and high evaporation when these lands were cultivated.Thereby there were various land use systems in YRD area.In order to approach land degradation mechanism
5 typical land use patterns were chosen
soil samples were specifically collected and soil chemical properties were analyzed
soil enzymes(Invertase
Phosphatases
Catalases) activity as well.The results indicated that soil salinity was lowest
nutrition was best
and soil enzymes activity was highest for arable land.For grassland
soil quality became a little bad
as these lands came from degraded farmlands.For shrub land
soil conditions got much more badly
as these shrubs grew in salinized land.In forested lands including pure stands and mixed forests
soil nutrition and enzymes activity were better
salts concentration also was lower
which implied that trees could ameliorate soil conditions to some extent.Among the five land use types
Soil Carbon Storage Patterns of Different Land Use Systems in Taihang Mountain
Effect of Maize Straw Returning Combined with Maturation Agent in Different Texture Soils
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