排序方式:
1.Validation of a soil phosphorus accumulation model in the wheat-maize rotation production areas of China
Wang, B, Li, JM, Ren
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Wang, B, Li, JM, Ren, Y, Xin, JS, Hao, XY, Ma, YB, Ma, XW
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FIELD CROPS RESEARCH[0378-4290],
Published 2015,
Volume 178,
Pages 42-48
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 8
2022影響因子:
5.8
发表年影響因子:
2.927
2.Nitrogen efficiency in long-term wheat maize cropping systems under diverse field sites in China
Liu, J, Liu, H, Huan
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Liu, J, Liu, H, Huang, SM, Yang, XY, Wang, BR, Li, XY, Ma, YB
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FIELD CROPS RESEARCH[0378-4290],
Published 2010,
Volume 118,
Issue 2,
Pages 145-151
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 54
2022影響因子:
5.8
发表年影響因子:
2.232
3.Phosphorus accumulation and depletion in soils in wheat-maize cropping systems: Modeling and validation
Ma, YB, Li, JM, Li,
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Ma, YB, Li, JM, Li, XY, Tang, X, Liang, YC, Huang, SM, Wang, BR, Liu, H, Yang, XY
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FIELD CROPS RESEARCH[0378-4290],
Published 2009,
Volume 110,
Issue 3,
Pages 207-212
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 52
2022影響因子:
5.8
发表年影響因子:
2.336
4.Phosphorus efficiency in long-term (15 years) wheat-maize cropping systems with various soil and climate conditions
Tang, X, Li, JM, Ma,
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Tang, X, Li, JM, Ma, YB, Hao, XY, Li, XY
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FIELD CROPS RESEARCH[0378-4290],
Published 2008,
Volume 108,
Issue 3,
Pages 231-237
收錄情况:
WOS
SCOPUS
WOS核心合集引用: 100
2022影響因子:
5.8
发表年影響因子:
2.032