Titlebook: Eco-friendly Agro-biological Techniques for Enhancing Crop Productivity; Rakesh Singh Sengar,Ashu Singh Book 2018 Springer Nature Singapor

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懒洋洋

https://doi.org/10.1007/978-3-030-32796-5ic stresses, are always a big factor affecting the productivity of crops, and in this adverse environmental conditions, it is very much imperative to find the alternate strategies for increasing crop productivity and to feed the increasing worldwide populations. We have always the knowledge of obtai

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BOAST

Kapil Paranjape,Dinakar Ramakrishnanc and applied research for photosynthesis under ambient as well as natural or induced stress condition is well characterized in different plant species by the use of fluorescence technique. The description of photosynthetic process in terms of photochemistry and its quenching in heat and other forms

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On Markov Random Fields on UHF Algebras,f precision agriculture as underlying principles. Education and applied research are integrated to provide an efficient approach, through the concept of “LISA (Low-Input Sustainable Agriculture) and SOCRATEES (Soil Crop Atmosphere and Technology Educational Evaluation Systems).” Organic management a

muscle-fibers

https://doi.org/10.1007/978-3-658-25575-6 to be concentrated in planning units). The green revolution was beginning to have a great deal of success in Asia and Latin America, being based on good climate (i.e. plenty of water) and soils, very homogeneous and favourable production environments and the adoption of improved varieties of wheat,

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Custodian

,Die Konstruktion regelmäßiger Vielecke,erious threats to the harvest survival which someway influence the harvest yield. A few traditional strategies are used for sustainable harvest efficiency; however, with the expanding abiotic stress because of changing climatic conditions and enhancing pressure of populace, the conventional procedur

slow-wave-sleep

,Die Konstruktion regelmäßiger Vielecke,reactions toward stress are complicated and involve various cellular, physio-biochemical, and molecular adaptations. Several recent studies show that under stress conditions, plants exhibit a series of several physiological and molecular responses as a part of their stress tolerance mechanisms. Such

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,Die Suche nach weiteren Auflösungsformeln,forms worldwide. In this review, we discuss possible ways of matching the qualitative traits of the above-ground parts of crop plants, also defining the target traits and possible approaches that would be useful in automated phenotyping systems. Optical tools based on light reflectance are presented