This paper critically reviews the recent research on the role of tolerant genotypes and plant nutrients in reducing iron toxicity. The ultimate goal is to provide information that can be used for the increase of rice productivity in iron-toxic wetlands on a sustainable basis. Some tolerant genotypes that can be used for reducing iron toxicity are presented. The role of other nutrients in reducing iron toxicity is mentioned
Iron toxicity is major constraint of rice production in irrigated-lowland of tropical regions. Impro...
Tolerant lowland rice cultivars are considered the most effective approach to cope with iron toxicit...
Iron toxicity could limit rice productivity on irrigated lowland acid and swampy soil. The use of ir...
Iron (Fe) toxicity is a widespread nutrient disorder of wetland rice grown on acid sulfate soils, Ul...
Iron toxicity is a widespread nutrient disorder of lowland riee grown in tropical and sub-tropical r...
Iron toxicity is caused by excess iron mobilized in soil solution under submerged conditions in wetl...
Iron toxicity is a widespread nutrient disorder of lowland rice in West Africa. Soluble iron present...
Iron toxicity is a widespread nutrient disorder that affects wetland rice growing in the humid tropi...
Iron toxicity is a widespread nutrient disorder of lowland rice systems in West Africa. Soluble (red...
Iron toxicity is a major constraint to rice production, particularly in highly weathered soils of in...
Rice can be cultivated in highlands, which can expose it to iron deficiency, or under irrigation, wh...
Rice (Oryza sativa L.) is a staple food crop in many countries in Africa. Africa consumes 11.6 milli...
Ferrous iron (Fe2+) toxicity is one of the major constraints to lowland rice production. It disrupts...
Iron (Fe) is a fundamental element involved in various plant metabolic processes. However, when Fe u...
A DISSERTATION SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTERS OF SCI...
Iron toxicity is major constraint of rice production in irrigated-lowland of tropical regions. Impro...
Tolerant lowland rice cultivars are considered the most effective approach to cope with iron toxicit...
Iron toxicity could limit rice productivity on irrigated lowland acid and swampy soil. The use of ir...
Iron (Fe) toxicity is a widespread nutrient disorder of wetland rice grown on acid sulfate soils, Ul...
Iron toxicity is a widespread nutrient disorder of lowland riee grown in tropical and sub-tropical r...
Iron toxicity is caused by excess iron mobilized in soil solution under submerged conditions in wetl...
Iron toxicity is a widespread nutrient disorder of lowland rice in West Africa. Soluble iron present...
Iron toxicity is a widespread nutrient disorder that affects wetland rice growing in the humid tropi...
Iron toxicity is a widespread nutrient disorder of lowland rice systems in West Africa. Soluble (red...
Iron toxicity is a major constraint to rice production, particularly in highly weathered soils of in...
Rice can be cultivated in highlands, which can expose it to iron deficiency, or under irrigation, wh...
Rice (Oryza sativa L.) is a staple food crop in many countries in Africa. Africa consumes 11.6 milli...
Ferrous iron (Fe2+) toxicity is one of the major constraints to lowland rice production. It disrupts...
Iron (Fe) is a fundamental element involved in various plant metabolic processes. However, when Fe u...
A DISSERTATION SUBMITTED IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTERS OF SCI...
Iron toxicity is major constraint of rice production in irrigated-lowland of tropical regions. Impro...
Tolerant lowland rice cultivars are considered the most effective approach to cope with iron toxicit...
Iron toxicity could limit rice productivity on irrigated lowland acid and swampy soil. The use of ir...