By Innocenzo Muzzalupo, Sabrina Micali
The reference provides particular study at the olive (Olea europaea) and the stone fruit. Readers will know about the biotechnology, plant food, plant breeding, pomology, postharvest body structure, plant pathology of those plant species. In a pragmatic experience, the ebook additionally provides appropriate agricultural wisdom approximately those vegetation for crop development, construction, meals, pest administration, affliction, genetic, genomic and the meals industry.
The contributions by means of the authors of this booklet contain descriptions concerning the manipulation of variables and genetic assets of inheritance of quantitative genes, crop rotation, soil water, and the impact of temperature on crop creation. elements corresponding to conserving plants opposed to pests and ailments while making sure the safety of human wellbeing and fitness also are taken into account.
This is a invaluable reference for college kids, scientists, horticulturists and, usually, for somebody wishing to acquire wisdom and adventure with olives and drupes to extend productiveness.
Read or Download Agricultural and Food Biotechnology of Olea europaea and Stone Fruits PDF
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The reference provides distinct study at the olive (Olea europaea) and the stone fruit. Readers will know about the biotechnology, plant food, plant breeding, pomology, postharvest body structure, plant pathology of those plant species. In a realistic feel, the booklet additionally provides acceptable agricultural wisdom approximately those vegetation for crop development, creation, meals, pest administration, illness, genetic, genomic and the nutrients undefined.
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Extra resources for Agricultural and Food Biotechnology of Olea europaea and Stone Fruits
Mixtures of water-soluble or liquid nitrogen, phosphate and high strength potassium fertilizers, single or in various ratios, are employed in the practice and are also added to by secondary elements (Mg, Fe) and microelements (B, Zn). Such solutions, in strengths defined by fertilization plans, are conveyed in the watering system, using fertinjectors that work using the water flow to aspirate, by the Venturi principle, dilute and carry the nourishing solution (Fig. 7) . Figure 7: Fertinjector.
Cutting stimulates metabolism and growth and reduces the cold resistance of the plants favoring diseases from fungi or other parasites. However, pruning should not be delayed until after full bloom, since it will remove tissues towards which nutrients and carbon reserves have already been remobilized, resulting in a net loss for the plant. The time of pruning also influences the plant response. Removing shoots at bud break results in a much more vigorous growth of the remaining shoots than if the same operation were performed at the beginning of the summer.
Control: Prevention is the main control method for this disease. Planting cultivars with low susceptibility [121, 122], sterilisation of pruning tools and of wounds 54 Agricultural and Food Biotechnology of Olea europaea and Stone Fruit Toscano et al. after pruning or after unfavourable climatic events are important for reducing the incidence of the disease. Particular attention should be paid to the selection of propagation material and in the disinfection of tools during propagation. Conventional control against this disease is not easy, because antibacterial products are prohibited in several countries in agricultural practices and because compounds with antibacterial activity are hardly translocated to the plant.
Agricultural and Food Biotechnology of Olea europaea and Stone Fruits by Innocenzo Muzzalupo, Sabrina Micali