This article 'Using a Chlorophyl Meter to Predict Need for Topdressed Nitrogen' appeared in the International Rice Research Newsletter series, created by the International Rice Research Institute (IRRI). The primary objective of this publication was to expedite communication among scientists concerned with the development of improved technology for rice and for rice based cropping systems. This publication will report what scientists are doing to increase the production of rice in as much as this crop feeds the most densely populated and land scarce nations in the world
This article 'Optimizing chlorophyll meter threshold values for different seasons and varieties in i...
This article 'Leaf Chlorophyll Content of Submerged Rice Seedlings' appeared in the International Ri...
This article 'Fertilizer Nitrogen Budget in Rice Fields' appeared in the International Rice Research...
This article 'Chlorophyll meter threshold values for N management in wet direct-seeded irrigated ric...
This article 'Chlorophyll meter-based N management for rice grown in soils amended with organic manu...
This article 'Use of the chlorophyll meter in N management of subtropical wheat following rice' appe...
This article 'Assessment of chlorophyll meter-based N application at critical growth stages of irrig...
This article 'Leaf Thickness Affects the Estimation of Leaf N Using a Chlorophyll Meter' appeared in...
This article 'Nitrogen Requirement of Rice Nurseries' appeared in the International Rice Research Ne...
This article 'Adaptation of the chlorophyll meter (SPAD) technology for real-time N management in ri...
This article 'Assessing genotypic variation in N requirements of rice with a chlorophyll meter' appe...
This article 'Effectiveness of Supplied Nitrogen At the Primordial Panicle Stage on Rice Plant Chara...
This article 'Nitrogen Management in Flooded Rice' appeared in the International Rice Research Newsl...
This article 'Effect of planting density on chlorophyll meter-based N management in transplanted ric...
This article 'Chlorophyll Meter (SPAD-501) to Quantify Relative Cold Tolerance in Rice' appeared in ...
This article 'Optimizing chlorophyll meter threshold values for different seasons and varieties in i...
This article 'Leaf Chlorophyll Content of Submerged Rice Seedlings' appeared in the International Ri...
This article 'Fertilizer Nitrogen Budget in Rice Fields' appeared in the International Rice Research...
This article 'Chlorophyll meter threshold values for N management in wet direct-seeded irrigated ric...
This article 'Chlorophyll meter-based N management for rice grown in soils amended with organic manu...
This article 'Use of the chlorophyll meter in N management of subtropical wheat following rice' appe...
This article 'Assessment of chlorophyll meter-based N application at critical growth stages of irrig...
This article 'Leaf Thickness Affects the Estimation of Leaf N Using a Chlorophyll Meter' appeared in...
This article 'Nitrogen Requirement of Rice Nurseries' appeared in the International Rice Research Ne...
This article 'Adaptation of the chlorophyll meter (SPAD) technology for real-time N management in ri...
This article 'Assessing genotypic variation in N requirements of rice with a chlorophyll meter' appe...
This article 'Effectiveness of Supplied Nitrogen At the Primordial Panicle Stage on Rice Plant Chara...
This article 'Nitrogen Management in Flooded Rice' appeared in the International Rice Research Newsl...
This article 'Effect of planting density on chlorophyll meter-based N management in transplanted ric...
This article 'Chlorophyll Meter (SPAD-501) to Quantify Relative Cold Tolerance in Rice' appeared in ...
This article 'Optimizing chlorophyll meter threshold values for different seasons and varieties in i...
This article 'Leaf Chlorophyll Content of Submerged Rice Seedlings' appeared in the International Ri...
This article 'Fertilizer Nitrogen Budget in Rice Fields' appeared in the International Rice Research...