[HTML][HTML] Temporal and spatial profiling of root growth revealed novel response of maize roots under various nitrogen supplies in the field
Y Peng, X Li, C Li - PLoS One, 2012 - journals.plos.org
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
[PDF][PDF] Temporal and Spatial Profiling of Root Growth Revealed Novel Response of Maize Roots under Various Nitrogen Supplies in the
Y Peng, X Li, C Li - 2012 - scienceopen.com
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
Temporal and spatial profiling of root growth revealed novel response of maize roots under various nitrogen supplies in the field
Y Peng, X Li, C Li - PloS one, 2012 - pubmed.ncbi.nlm.nih.gov
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
[PDF][PDF] Temporal and Spatial Profiling of Root Growth Revealed Novel Response of Maize Roots under Various Nitrogen Supplies in the
Y Peng, X Li, C Li - 2012 - Citeseer
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
[PDF][PDF] Temporal and Spatial Profiling of Root Growth Revealed Novel Response of Maize Roots under Various Nitrogen Supplies in the
Y Peng, X Li, C Li - 2012 - pdfs.semanticscholar.org
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
Temporal and Spatial Profiling of Root Growth Revealed Novel Response of Maize Roots under Various Nitrogen Supplies in the Field
Y Peng, X Li, C Li - PLoS ONE, 2012 - hero.epa.gov
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
Temporal and Spatial Profiling of Root Growth Revealed Novel Response of Maize Roots under Various Nitrogen Supplies in the Field.
Y Peng, X Li, C Li - PLoS ONE, 2012 - search.ebscohost.com
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
[PDF][PDF] Temporal and Spatial Profiling of Root Growth Revealed Novel Response of Maize Roots under Various Nitrogen Supplies in the
Y Peng, X Li, C Li - 2012 - researchgate.net
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
Temporal and Spatial Profiling of Root Growth Revealed Novel Response of Maize Roots under Various Nitrogen Supplies in the Field
Y Peng, X Li, C Li - PLoS ONE, 2012 - go.gale.com
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
Temporal and spatial profiling of root growth revealed novel response of maize roots under various nitrogen supplies in the field.
Y Peng, X Li, C Li - Plos one, 2012 - europepmc.org
A challenge for Chinese agriculture is to limit the overapplication of nitrogen (N) without
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …
reducing grain yield. Roots take up N and participate in N assimilation, facilitating dry matter …