<p>Note: n = number of pairs of data. x represents spectral indices, y represents total chlorophyll content.</p><p>Probability levels are indicated by n.s.,</p>*<p>and ** for ‘not significant’, 0.05, and 0.01, respectively.</p
Spectral index method was widely applied to the inversion of crop chlorophyll content. In this study...
<p>REP (red edge position index) = 700+40(R<sub>RE</sub>−R<sub>700</sub>)/(R<sub>740</sub>−R<sub>700...
Nitrogen deficiency influences importantly the plant photosynthetic capacity and crop productivity. ...
<p>Note: n = number of pairs of data. x represents spectral indices, y represents nitrogen uptake.</...
<p>Note: n = number of pairs of data. x represents spectral indices, y represents LAI.</p><p>Probabi...
<p>The relationships the measured value and predicted value for LAI, nitrogen uptake and total chlor...
<p>Note: Probability levels are indicated by n.s., * and ** for ‘not significant’, 0.05, and 0.01, r...
Abstract Field spectroscopy was used to assess the nitrogen status and monitor crop growth and produ...
<p><b>Notes:</b></p><p>b represents before anthesis,</p><p>a represents after anthesis,</p><p>e repr...
There is an ample literature on spectral indices as estimators of the crop�s chlorophyll concentrati...
The performance of cultivars is strongly linked to the growing conditions that vary according to bo...
Varying the spatial distribution of applied nitrogen (N) fertilizer to match demand in crops has bee...
Not AvailableA field experiment with wheat was conducted with four different nitrogen and four diff...
Varying the spatial distribution of applied nitrogen (N) fertilizer to match demand in crops has bee...
We tested the capacity of several published multispectral indices to estimate the nitrogen nutrition...
Spectral index method was widely applied to the inversion of crop chlorophyll content. In this study...
<p>REP (red edge position index) = 700+40(R<sub>RE</sub>−R<sub>700</sub>)/(R<sub>740</sub>−R<sub>700...
Nitrogen deficiency influences importantly the plant photosynthetic capacity and crop productivity. ...
<p>Note: n = number of pairs of data. x represents spectral indices, y represents nitrogen uptake.</...
<p>Note: n = number of pairs of data. x represents spectral indices, y represents LAI.</p><p>Probabi...
<p>The relationships the measured value and predicted value for LAI, nitrogen uptake and total chlor...
<p>Note: Probability levels are indicated by n.s., * and ** for ‘not significant’, 0.05, and 0.01, r...
Abstract Field spectroscopy was used to assess the nitrogen status and monitor crop growth and produ...
<p><b>Notes:</b></p><p>b represents before anthesis,</p><p>a represents after anthesis,</p><p>e repr...
There is an ample literature on spectral indices as estimators of the crop�s chlorophyll concentrati...
The performance of cultivars is strongly linked to the growing conditions that vary according to bo...
Varying the spatial distribution of applied nitrogen (N) fertilizer to match demand in crops has bee...
Not AvailableA field experiment with wheat was conducted with four different nitrogen and four diff...
Varying the spatial distribution of applied nitrogen (N) fertilizer to match demand in crops has bee...
We tested the capacity of several published multispectral indices to estimate the nitrogen nutrition...
Spectral index method was widely applied to the inversion of crop chlorophyll content. In this study...
<p>REP (red edge position index) = 700+40(R<sub>RE</sub>−R<sub>700</sub>)/(R<sub>740</sub>−R<sub>700...
Nitrogen deficiency influences importantly the plant photosynthetic capacity and crop productivity. ...