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Omic Relief for the Biotically Stressed: Metabolomics of Plant Biotic Interactions
Trends in Plant Science, 2016Many aspects of the way plants protect themselves against pathogen attack, or react upon such an attack, are realized by metabolites. The ambitious aim of metabolomics, namely the identification and annotation of the entire cellular metabolome, still poses a considerable challenge due to the high diversity of the metabolites in the cell.
Yariv Brotman, Hezi Tenenboim
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2016
The chapter makes a brief review of concerted research activities that have been directed to study the biology of each disease, its epidemiology, control measures, screening of crop cultivars for resistance to disease and mechanisms of resistance. The disease problems and control measures of various crops such as pulse, oil seeds, cereals and other ...
Ratikanta Maiti, Susanta Banik
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The chapter makes a brief review of concerted research activities that have been directed to study the biology of each disease, its epidemiology, control measures, screening of crop cultivars for resistance to disease and mechanisms of resistance. The disease problems and control measures of various crops such as pulse, oil seeds, cereals and other ...
Ratikanta Maiti, Susanta Banik
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2009
Throughout their lifespan plants are exposed to numerous biotic and abiotic stresses that may affect their normal growth, development and reproduction. In order to survive, they have evolved elaborate mechanisms to perceive and respond to each type of stress.
Jonathan D. G. Jones +2 more
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Throughout their lifespan plants are exposed to numerous biotic and abiotic stresses that may affect their normal growth, development and reproduction. In order to survive, they have evolved elaborate mechanisms to perceive and respond to each type of stress.
Jonathan D. G. Jones +2 more
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Vegetables Quality and Biotic Stress
2019Biotic stresses are one of the most important factor that have a substantial effect on crop growth and development and, finally, responsible for enormous losses of crop yield. Worldwide crop yield is reduced of about 25% due to diseases and insect infestation. Within different crops, worldwide vegetable production and consumption are constantly growing
carlo nicoletto +4 more
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Control of the Response to Biotic Stresses [PDF]
, 2000 The cytoskeletal network of plant cells is a dynamic structure, changes in whose organization respond to external stimuli. An attack of pathogenic microbes represents an external stress that seriously threatens plant survival. Recently, it has been found that cytoskeletal elements, such as microtubules and microfilaments, are involved in plant defence ...
Issei Kobayashi, Yuhko Kobayashi
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RESISTANCE TO BIOTIC STRESS IN FRUIT TREES
Acta Horticulturae, 2003Resistance to pests and diseases is a highly desirable objective in fruit breeding but is a long-term endeavor. It requires appropriate tests for early screening and an analysis of host-parasite interactions for durability of resistance. Host resistance is considered durable when it remains effective for a long period despite an intensive exposure to ...
Lespinasse, Yves +4 more
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Biotic Agents of Stress in the South
1996Biotic agents affect millions of hectares of forests throughout the world each year. Of all the environmental stresses affecting trees, insects and diseases are by far the most widespread and most studied but, perhaps, the least understood. Their influence on forest productivity may be relatively small, as during low-level infestations that produce ...
John D. Hodges, James S. Meadows
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2000
Preface Robert K.D. Peterson and Leon G. Higley Illuminating the Black Box: The Relationship Between Injury and Yield Robert K.D. Peterson and Leon G. Higley Yield Loss and Insect Management Leon G. Higley Techniques for Evaluating Yield Loss from Insects G. David Buntin Yield Loss of Field Corn from Insects Michael D.
Leon G. Higley, Robert K. D. Peterson
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Preface Robert K.D. Peterson and Leon G. Higley Illuminating the Black Box: The Relationship Between Injury and Yield Robert K.D. Peterson and Leon G. Higley Yield Loss and Insect Management Leon G. Higley Techniques for Evaluating Yield Loss from Insects G. David Buntin Yield Loss of Field Corn from Insects Michael D.
Leon G. Higley, Robert K. D. Peterson
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Plant Biotic Stress and Proteomics
Current Proteomics, 2010Being sessile, plants mainly depend on physiological and metabolic adaptations to obtain the phenotypic flexi- bility required to withstand the adverse biotic and abiotic growth conditions with which they are faced everyday. While the responses of plants to abiotic stresses are mainly focussed on maintaining cellular homeostasis, in the response to bi-
Jenny Renaut, Kjell Sergeant
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Breeding for Resistance to Biotic Stresses
2020Biotic stresses are one of the major causes of economic damage in sorghum crop. These stresses that cause sorghum crop yield losses are large and diverse and include insects, diseases, and parasitic plants. Over 150 insects have been listed as pests or potential pests of sorghum (Jotwani and Young, Recent developments on chemical control of insect ...
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