Mapping soil pH buffering capacity of selected fields in the coastal plain
AR Weaver, DE Kissel, F Chen, LT West… - Soil Science Society …, 2004 - Wiley Online Library
Soil pH buffering capacity, since it varies spatially within crop production fields, may be used
to define sampling zones to assess lime requirement, or for modeling changes in soil pH
when acid‐forming fertilizers or manures are added to a field. Our objective was to develop
a procedure to map this soil property. One‐hundred‐thirty‐six soil samples (0‐to 15‐cm
depth) from three Georgia Coastal Plain fields were titrated with calcium hydroxide to
characterize differences in pH buffering capacity of the soils. Since the relationship between …
to define sampling zones to assess lime requirement, or for modeling changes in soil pH
when acid‐forming fertilizers or manures are added to a field. Our objective was to develop
a procedure to map this soil property. One‐hundred‐thirty‐six soil samples (0‐to 15‐cm
depth) from three Georgia Coastal Plain fields were titrated with calcium hydroxide to
characterize differences in pH buffering capacity of the soils. Since the relationship between …
Mapping Soil pH Buffering Capacity of Selected Fields
AR Weaver, DE Kissel, F Chen, LT West, W Adkins… - 2003 - ntrs.nasa.gov
Soil pH buffering capacity, since it varies spatially within crop production fields, may be used
to define sampling zones to assess lime requirement, or for modeling changes in soil pH
when acid forming fertilizers or manures are added to a field. Our objective was to develop a
procedure to map this soil property. One hundred thirty six soil samples (0 to 15 cm depth)
from three Georgia Coastal Plain fields were titrated with calcium hydroxide to characterize
differences in pH buffering capacity of the soils. Since the relationship between soil pH and …
to define sampling zones to assess lime requirement, or for modeling changes in soil pH
when acid forming fertilizers or manures are added to a field. Our objective was to develop a
procedure to map this soil property. One hundred thirty six soil samples (0 to 15 cm depth)
from three Georgia Coastal Plain fields were titrated with calcium hydroxide to characterize
differences in pH buffering capacity of the soils. Since the relationship between soil pH and …
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