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Zustand: New.

Zustand: New. pp. 218.

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Hardbound. Zustand: As New. New. Contents 1. Commercial importance. 2. Variability in plant type in chilli. 3. Genetic resources. 4. Seed germination and seedling establishment. 5. Vegetative and reproductive growth. 6. Physiological basis of crop growth and productivity. 7. Mineral nutrition. 8. Effect of biotic factors on production and quality. 9. Food value of capsicum pepper (Capsicum Spp.). 10. Biochemistry and biotechnology. References. Index. The chilli (Capsicum Spp.) pepper is an important condiment of high commercial value and also medicinal values containing antioxidant properties anti cancerous and many other properties. It occupies an important place in the human culture since pre history in many countries. Capsicum is well known in the pre historic Mexican culture such as Aztecs and Olmecas. Capsicum belongs to the family Solanacease possessing 10 species. Originating in the new world the crop has spread to different corners of the world. Different species are cultivated in several countries of the world. In U.S.A most commercial pepper cultivars belong to C. capsicum. Most of the US supply is produced in New Mexico California and Texas. Both fresh and dried products are used in trade. Mexico exports more than 98% of fresh peppers to USA Pakistan India China and Spain. The fruit of Capsicum annuum belongs to Longum group which is popularly know as red pepper paprika or capsicum. The fruit of Capsicum grossum has mild flavour called sweet pepper and is also a source of spice. The ripe fruit of Capsicum annum is also known as paprika. The dry powdered fruits are used in cooking to give mild flavour and red colour. The fruit quality is determined in terms of nutrient contents of B P Fe Mg Si Mn Al Ca and Cu. Several books on Capsicum are available in the market on specific aspects but a book is rare which contains various aspects starting from taxonomy. The present book discusses advances in Capsicum during the past decade. The authors felt the necessity for compiling extensively reviewed aspects in a single book the world wide research advances on various subjects of Capsicum. This book covers a variety of subjects starting from origin breeding and genetics physiology production techniques biotic and abiotic stress factors food science to biotechnology and biochemistry in a cohesive manner. In the third world where capsicum cultivation and research is proceeding at a rapid pace the scientist get access to current science. Libraries are poorly funded and computer facilities are negligible not permitting website consultation. The authors strongly feel this book will fulfill their desires. The book aims to serve as a teaching guide a rich sources of information for the students and researchers as for farmers and producers about the most research advances on capsicum sciences made by the scientists throughout the world. The professors and researchers can update their knowledge and research trends on the subjects in various disciplines. 244 pp.

Hardbound. Zustand: As New. New. Contents 1. About the crop. 2. Genetic resources. 3. Seeds Germination and seedling establishment. 4. Vegetative and reproductive growth. 5. Cultural practices an productivity. 6. Physiological basis of crop growth and productivity. 7. Mineral nutrition. 8. Biotic factors affecting crop growth and productivity. 9. Food and feed science in pearl millet. 10. Pearl millet breeding biochemistry and biotechnology. 11. General comments. Literature (relevant). Index. There is great necessity of the management of crop plants which can solve the great problem of food in the arid and semi arid regions and can adapt and produce in these conditions. The common names of peal millets are Pennisetum typhoides (Burm) Stapf and Hubb and Pennisetum glaucum (L.) Br. The actual name P. Americanum is given by clusias. Pearl millet is of African origin and domesticated. According to Vavilov pearl millet is originated in Ethiopia. Murdock put forward its origin in Africa near Niger river. The great diversity is found in West African regions South of Sahara desert and Sahel regions. Pearl millet is sown in the arid and semiarid tropical regions with annual temperature ranging from 18 to 35oC precipitations of 200 600 mm per year under rainfed situations. The poor distribution frequency and duration of precipitation generates severe drought which affect the grain yield and forage. Pearl millet has capacity to produce under these conditions compared to other traditional crops. The improvement of pearl millet and other minor cereals are potential sources of food has been appreciated in these regions compared to other crops similar to rice wheat and maize in developed countries. In Africa India China Korea Japan the millets are cultivated abundantly for human and animal food in the arid and semiarid regions under rainfed conditions. Owing to increasing populations and the greater demand of food it is a great necessity to incorporate the crop species for better adaptation to the stress situations such as high temperature drought poor fertile salinity alkalinity of soils. The present book pretend to contribute an extensive research review during the last decade on various disciplines of pearl millet starting from origin crop physiology to biotechnology. The book aims to serve as a major source of information for the students researchers farmers and producers to know about research advances on capsicum sciences made by the scientists throughout the world. 218 pp.

Zustand: New. pp. xxi + 450 Figures.

Hardbound. Zustand: As New. New. Contents I. Postharvest physiology 1. The seeds. 2. General aspects of fruits seeds and vegetables. 3. Physiology of flowering and fruiting. 4. Seed maturity and physiological and biochemical changes during maturity. 5. Post harvest management of crops. 6. Physiology of post harvest. 7. Disorder and physiological diseases. II. Pre and Post harvest physiology and management 8. Research advances on pre and post harvest physiology and management of vegetables fruits and other crops. III. Seed Technology 9. Cleaning drying separation and air conditioning of seeds. 10. Determination of quality. 11. Dormancy. 12. Seed germination and vigour testing. 13. Seed enhancement. 14. Seed production. 15. Strategic placement of products for marketing. 16. Crop establishment. 17. Seed nutrition. 18. Allelopathy. 19. Technological management of environment during germination and emergence. IV. Seed physiology and seedling establishment 20. Research advances on seed Physiology and seedling establishment of some selected crops i. Cereals. ii. Vegetables. iii. Legumes. iv. Oil seeds. v. Fibre crop. 21. Intellectual property rights and Indian seed industry. Relevant literature. Subject index. One of the most important necessities in the economic development of a country is sufficient agricultural production for an adequate food of the populations. For this it is necessary not only the application of appropriate agricultural practices for the production of these food resources but also its adequate management during the recollection storage and its transport to the centres of consumption where we should offer food products which maintain a great nutritive quality good conservation and an attractive visual appearance. These aspects should be well managed by the specialists in food science. The productivity of the crops depends greatly on the knowledge about their physiological and biochemical characteristics which determine the adequate moment of the harvest for the high yield and good quality as well as those which are indicators for the determination of the conditions of an adequate storage. The productivity and quality of the food and vegetables are largely influenced by the pre and post harvest physiology the environmental conditions and biotic factors prevailing during the growing conditions management practices and post harvest treatment and storage conditions of the food products. The present book contains a general revision and recent advances on the basic knowledge of the physiology of pre and post harvest intended for the students in the bachelor and postgraduate level researchers and for whatever persons related with the production management and storage of fruits seeds and vegetables so that the application of this knowledge may give greater yield and the quality of those crops. 450 pp.

Contents 1 About The Crop a Introduction 2 Genetic Resources a Phyllogeny Origin and Domestication b Genetic Diversity i Studies on other Species of Pennisetum 3 Seeds Germination And Seedling Eastablishment a Seeds b Biotechnology of Seed Characteristics c Seed Germination d Seedling Emergence and Establishment e Seedling Establishment 4 Vegetative And Reproductive Growth a Vegetative Growth i Drymatter ii Root System b Reproductive Growth c Phenology i Yield Components 5 Cultural Practcies And Productivity a Soil Preparation b Sowing Date c Fertilization d Intercropping e Weed Control f Productivity i Studies on the Use and Cultural Practices of other Pennisetum spp 6 Physiological Basis Of Crop Growth And Productivity a Biochemistry b Physiology i Photosynthesis 1 Light 2 Temperature 3 Chlorophyll 4 Photosynthesis ii Abiotic Stress Factors 1 Drought 2 Biotechnology of Drought Tolerance in Pearl Millet 3 Salinity 4 Research Advances in Salinity Tolerance in Pearl Millet ICRISAT 5 Ameriolative Function 6 Effect 7 Biochemical Changes 8 Variation and Selection 7 Mineral Nutrition a Nitrogen N i Azospirillum b Sulfur S c Phosphorus P d Potassium K e Nutrient Management 8 Biotic Factors Affecting Crop Growth And Productivity a Weeds b Insect Pest Problems on Pearl Millet Distribution and Nature of Damage i Flour Beetle ii Stem Borer iii Chinch Bugs c Nematode 1 Planting Date 2 Infester Rows 3 Artificial or No Choice Technique d Diseases i Downy Mildew Sclerospora graminicola 1 Characterization 2 Inoculations 3 Response 4 Control Measures 5 Resistance 6 Biotechnology ii Rust Puccinia substriata iii Stalk Rot 1 Smut Moesziomyces penicillariae iv Leaf Spot 1 Control Measures 9 Food And Feed Science In Pearl Millet a Food Composition b Food Quality c Food Processing and Preparation d Digestibility e Food Storage f Grain and Fodder for Animals i Productivity of Fodder ii Grains used as Feed for Animals 1 Goats 2 Pigs 3 Buffalo 4 Broiler Chickens 5 Laying Hen iii Fodder 1 Beef Heifers g Other Pennisetum spp i P purpuream 1 Morphology Agronomy and Growth 2 Growth and Productivity 3 Nutritional Composition 4 Animal Nutrition ii Pennisetum clndestinum iii Pennisetum macrourum iv Pennisetum orientale 10 Pearl Millet Breeding Biochemistry And Biotechnology a Breeding Aproach in Pearl Millet Pennisetum glaucum L i Cytology ii Breeding Approachs 1 Farmers Management iii Male Sterility b Heterosis i Diallel Crossing ii Interspecific Hybridization 1 Breeding for Disease Resistance c Biochemistry and Biotechnology i Biochemistry ii Biotechnology 1 Drought Resistance d Other Species i Pennisetum ciliare 1 In Vitro Tissue Culture 11 General Comments a Genetic Resource Phylogeny and Evolution b Seed Characteristics Seedling Emergence and Establishment c Vegetative and Reproductive Growth and Productivity d Cultural Practices e Physiological basis of Crop Growth f Salinity g Mineral Nutrition i Biotic factors Affecting Pearl Millet Growth and Productivity h Pearl Millet Food and Feed Quality i Biotechnology and Breeding 12 Literature Relevant 13 IndexThere is great necessity of the management of crop plants which can solve the great problem of food in the arid and semi-arid regions and can adapt and produce in these conditions The common names of pearl millets are Pennisetum typhoides Burm Stapf and Hubb and Pennisetum glaucum L Br The actual name P americanum is given by Clusias Pearl millet is of African origin and domesticated According to Vavilov pearl millet is originated in Ethiopia Murdock put forward its origin in Africa near Niger river The great diversity is found in West African regions South of Sahara desert and Sahel regionsPearl millet is sown in the arid and semiarid tropical regions with annual temperature ranging from 18 to 35° C precipitations of 200-600 mm per year under rainfed situations The poor distribution frequency and duration of precipitation generates severe drought which affect the grain yield and forage Pearl millet has.

Hardcover. Zustand: New. Zustand des Schutzumschlags: New. 1st Edition. The development paradigm of our country has always ignored the concerns of tribal dominated areas, looking upon them as resource zones for earning revenue through minerals, timbers and forest produces etc. Lalgarh- Junglemahal is one of such areas where the marginalized peasant entity does not only suffer from poverty but also from apathy of the state administration which in the long-run sparked off social unrest.The ethnic disturbances in our country are not mere manifestation of the sense of alienation suffered by the so-called marginalized people; they also speak primarily of the political and economic failures in term of developmental programme of the government. Overall, in the genesis of any social unrest there lays some reasons like deprivation in various socio-economic spheres, irregular distribution of wealth or irregular development programme, exploitation and tyranny etc. Due to spark of globalization when a section of people is getting all sorts of benefits like security of food, shelter, health, education and occupational opportunities, the other half of the same society is totally in dark, deprived, live on hands to mouth and fight with their destiny for survival.At this juncture at Junglemahal, the Maoist got a place among the tribal people of this area often called as 'adivasi-moolvasi' people express their solidarity through symbolically expressed identity. Under this backdrop a multi-disciplinary team of Social scientists from Anthropological Survey of India carried out an empirical study at Lalgarh- Junglemahal-area to find out the reason of social unrest. The study becomes a milestone approach in understanding a social reality from grass-root level. The administrators, planners and concerned NGOs will get an insight view of a social reality which will enable them in refining their approach of implementation of any developmental programmes in a forest clad, tribal dominated area. (jacket).

Contents 1 Commercial Importance a Climate b Fertilizer c Mulching d Effect of DBP Contaminants e Medicinal Value f Breeding Approach i Haploidy ii Inheritance of Traits iii Fruit Shape iv Inheritance of Seed Colour v Interspecific Hybrid Performance vi Capsaicinoids vii Graft Induced Variants 2 Variability In Plant Type In Chilli a Introduction b Varying Breeding Lines Identified in various Vibha Agrotech i Morphology c Hypothesized Ideal Plant Type-I i An Erect Plant 1 Plants with Open Type Growth Habitat d Ideal Plant Type-II i Thick Stem 1 Open Canopy e Ideal Plant Type-lll f Ideotype-IV g Ideotype-V 3 Genetic Resources a Origin Phylogeny and Evolution i Prehistory ii Phylogeny iii Collection iv Dispersion Route v Genetic Diversity 4 Seed Germination And Seedling Establishment a Factors Affect Seed Germination i Germination at different Stages and Temperatures ii Light Temperatures and Seed Treatments iii Post-harvest Treatments iv Packaging in Modified Atmosphere v Seed Moisture and Storage vi Priming vii Allelopathy 5 Vegetative And Reproductive Growth a Anatomy b Phenology i Anthesis Pollination Fertilization and Fruit Development ii Pollinators and Pollination c Microsporogenesis i High Temperature ii Fruit Ripening d Seed Development and Fruit Set 6 Physiological Basis Of Crop Growth And Productivity a Ecophysiology b Photosynthesis i Chlorophyll ii Carotenoids iii Xanthophyll iv Factors Affecting Photosynthesis 1 Water Relations 2 Phosphorus Stress 3 Gamma x Radiation 4 Disease Infection 5 Mineral Nutrition 6 Respiration 7 Growth Regulators 8 Productivity c Factors Affecting Growth and Productivity i Drought ii Salinity iii Temperature iv Cold Temperature v High Temperature vi Mineral Nutrition vii Sea Weed viii Alkaloid Effect ix Pesticide 7 Mineral Nutrition a Nitrogen N and Potassium K b Mineral Nutrition-P Deficiency c Magnesium Mg d Manganese Mn Mineral Nutrition e Copper Cu Stress f Sulfur S g Heavy Metal-Arsenic As 8 Effect Of Biotic Factors On Production And Quality a Weeds Effect i Control ii Herbicide Effect b Nematodes i Control ii Evaluation iii Virulence iv Genetics c Insect Pests i Mite ii Heliothis iii Aphids iv Other Insects d Diesease i Blossom Rot ii Mycorrhizal Diseases iii Bacterial Diseases iv Wilt Disease v Mold Diseases vi Leaf Spot vii Fungal Diseases 1 Phytophthora 2 Verticillium 3 Xanthomonas 4 Colletotrichum 5 Pythium and Rhizoctonia 6 Botrytis cinerea 7 Phytoplasma 8 Alternaria 9 Sclerospora 10 Seed-borne Microflora 11 Biotechnology of Diseases viii Virus Diseases 1 Tobacco Streak Virus 2 Chlorosis Virus 3 Tomato Yellow Leaf Curl Virus 4 Tomato Spotted Wilt Virus 5 Cucumber Mosaic Virus 6 Narcotic Top Virus 7 Mosaic Virus 8 Early Top Virus 9 Pepper Mottle Virus 10 Potato Spindle Tuber Virus 11 Capsicum Chlorosis 12 Resistance to Different Virus 13 Biotechnology of Virus Diseases 9 Food Value Of Capsicum Pepper Capsicum Spp a Food Chemistry i Metabolism and Biosynthesis of some Special Cellular Components ii Pigments 1 Extraction of Pigments 2 Extraction of Other Compounds iii Carotenoids 1 Biosynthesis 2 Extraction 3 Factors Affecting Carotenoids 4 Variability 5 Composition iv Oleoresin v Capsaicinoid 1 Biosynthesis 2 Extraction 3 Effect 4 Variability 5 Degradation 6 Anti-oxidant Ability 7 Inheritance 8 Biotechnology 9 Tissue Culture 10 Molecular Engineering b Chemical Composition i Lipid ii Vanloid iii Volatiles Compounds iv Saponins v Effects and Utility of Pepper and its Products c Antibacterial Activity d Medicinal Uses e Hypoglycaemic Principle f Nutritional Value g Food Quality and Food Value h Anti-oxidant Properties i Food Processing Storage and Preservation i Processing ii Preservation and Storage 10 Biochemistry And Biotechnology a Introduction b General Biochemistry i Enzyme c Biochemistry of some Compounds d Biochemistry of Seed i Cadmium Binding Protein ii Lipid iii Tocopherol iv Flavonoid and Phenolic Acid Glycosides v Colour Pigments e Biotechnology i General Biotechnology i.

col. plates, figs, tables (illustrator). Contents Preface 1 About the rice crop 2 Origin physiology and evolution in rice and its molecular basis 3 Seed germination seedling vigours and establishment 4 Physiology of growth and development 5 Hybrid rice concepts methodologies and recent development 6 Cultural practices 7 Plant nutrition and management 8 Weed management 9 Insects--pests and diseases their control measurers 10 Research trends in rice food science 11 Research advances in rice biotechnology IndexFrom the preface Rice science has reached to a highly technology concept since its inception of research on traditional cultivation practice to genetic manipulation for enriched rice With recent consolidated and professionally target oriented scientific research base it seems very interesting but complex to understand and found challenges to present in lucid manner to gain popularity among broad base graduates and research scholarsNature possesses its wide adaptability rare to any species irrespective to diverse environmental conditions climates latitudes or longitudes Thus it is can be grown irrespective of land types water availability and management practices viz deep semi-deep upland aerobic etc By-products are the source of antioxidants and anti-allergent extracts help in gastro-wound healing Rice bran plays a putative chemo-preventive intervention red mold rice possesses a considerably lower triglyceride and cholesterol concentration in serum Rice straw contains acid-detergent lignin better fibers quality than any other natural cellulose fiber of agricultural origin a future source of ethanol productionHowever the crop behavior should be understood well to harness its advantage Evolutionary genetic advancement is taken utmost care to trace out the gene flow from natural populations wild plants to cultivated rice Biotechnological make-up and genetic tools need enough concentration not only for heterosis combining ability but also on super golden rice The existence of large variability among rice germplasms and cultivars in morpho-agronomic and anatomical characters offers great opportunities to the breeders for efficient utilizations of rice genotypes to build up ideal rice cultivars with high yielding capacities and short duration and tolerance to various biotic and abiotic stress factorsSufficient research progress has been attained on variability in seed characteristics and chemistry influencing seed quality Seed storage conditions affect seed quality and seed germination Several biochemical changes occur during seed germination that also involves the role of genes Several seed priming techniques have been adopted to improve seed germination and seedling vigourIncreasing salinity reduces germination and seedling growth and affects crop growth in rice at different growth stages though it is considered as a salt-tolerant crop but rice was more tolerant at germination than at other stages Molecular level of salt tolerance is also a need to be undertaken in the contexts of whole plants and of plant breedingGrowth is regulated by the regulation of cell division elongation leading to the organ development Intensive research activities have been concentrated on the physiology of crop growth and development such as on spectral reflection photosynthesis RuBP reaction respiration A total of 22 QTL have been identified for crop growth in riceCultural practices play an important role on the determination of rice productivity and its quality Ratooning ill documented traditional agronomic practice followed sporadically worldwide gives enough scope for exploring productivity in areas where cropping intensity is mainly limited by shortage of irrigation and low temperatureRice producers and experts should keep a keen match on each growth phase of rice and identify deficiencies and possible correction in each phase The uptake and accumulation of different heavy metals such as selenium cadmium lead arsenic in contaminated soil have direct impact on rice quality and health ha.

HRD. Zustand: New. New Book. Shipped from UK. Established seller since 2000.

HRD. Zustand: New. New Book. Shipped from UK. Established seller since 2000.

Zustand: New. Editor(s): Valente, Andre Xavier; Sarkar, Abhijit; Gao, Yuan. Num Pages: 310 pages, illustrations. BIC Classification: PS. Category: (P) Professional & Vocational; (UP) Postgraduate, Research & Scholarly. Dimension: 258 x 182 x 22. Weight in Grams: 736. . 2013. Hardcover. . . . . Books ship from the US and Ireland.

Gebunden. Zustand: New. KlappentextrnrnDriven by rapid developments in protein and DNA sequencing technologies, systems biology has become an important research paradigm. It is marked by an emphasis on integrating data on multiple scales and creating a framework for de.

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Buch. Zustand: Neu. Neuware - Driven by rapid developments in protein and DNA sequencing technologies, systems biology has become an important research paradigm. It is marked by an emphasis on integrating data on multiple scales and creating a framework for developing predictive models that are valid across the spectrum of structural hierarchies found in biological systems. This book consists of fourteen original chapters and an introduction that together provide a comprehensive introduction to the subject starting from discussions of its definition and scope and ending in detailed reviews of how the systems approach is affecting clinical research and practice. Most chapters are written to be accessible to a wide readership and contain references to the latest research. Altogether, this is a state-of-the-art description of the present and future of systems biology.

Zustand: Used: Like New. LIVRE A L?ETAT DE NEUF. EXPEDIE SOUS 3 JOURS OUVRES. NUMERO DE SUIVI COMMUNIQUE AVANT ENVOI, EMBALLAGE RENFORCE. EAN:9781629487366.