Inorganic and organic foliar fertilization in olives

Foliar fertilization in citriculture

certainly not a new concept to the citrus industry. For more than five decades, foliar fertilization of citrus has been recommended to correct zinc, manganese, boron, copper and magnesium deficiencies. It is now common knowledge in agriculture that properly nourished crops may tolerate insect pests and diseases. Traditionally, citrus growers try to achieve optimum nutrition through direct soil ...

Foliar Fertilization of Soybeans

Extensive research addressed foliar fertilization of soybeans at reproductive stages during the 70s and 80s. The soybean plant has been characterized by markedly reduced root activity during late seed development and increased translocation of nutrients and metabolites from other tissue into the seed. This depletion of nutrients from leaves could result in decreased photosynthesis, leaf senesce...

Foliar Iron Fertilization – A Critical Review

Inorganic and Organic Chemistry

Morpholines(III) : Some Further Aspect of the Cyclodehydrohalogenation of u>[Ar-(aryl)-7V-(halogenoacyl) ] -aminoacetophenones R. F. A B D U L L A , S . K . L A H I R I , T . A . C R A B B , a n d R . C A H I L L 9 5 Infrared Spectroscopic Studies of Calcium Sulphate heated to High Temperatures J. B E N S T E D a n d S . P . V A R M A 6 9 0 Investigation of the Behaviour of Graphite Electrodes ...

Foliar Fertilization: Mechanisms and Magnitude of Nutrient Uptake

Foliar fertilization is a widely used method used to supplement soil applications to improve the yield and quality of field crops. However, questions and uncertainty surround this practice. Numerous field trials have clearly demonstrated the uptake of foliar-applied nutrients by leaves and subsequent translocation to the fruit. In cotton, foliar-applied N was rapidly absorbed by the leaf (30% w...