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Registro Completo |
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Biblioteca(s): |
Embrapa Milho e Sorgo. |
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Data corrente: |
30/09/1997 |
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Data da última atualização: |
26/04/2012 |
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Autoria: |
HENDRY, G. A. F.; GRIME, J. P. |
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Afiliação: |
University of Sheffield, UK-Dep.of Animal and Plant Sciences-NERC Unit of Comparative Plant Ecology. |
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Título: |
Methods in comparative plant ecology: a laboratory manual. |
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Ano de publicação: |
1993 |
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Fonte/Imprenta: |
London, Chapman & Hall, 1993. |
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Páginas: |
252 p. |
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ISBN: |
0-412-46230-3 |
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Idioma: |
Inglês |
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Conteúdo: |
General procedures and methodologies (Seed collecting, cleaning and long-term storage; Seed viability and germination; The ISP aerial environment: lighting, day length, temperature and humidy; ISP germination and rooting environments: sand, compost and solution culture; Harvesting, recording weight, area and length; Photographic recording; The ISP standard regime); Methods of comparative study: Anatomy(Aerenchyma, intercellular gas space and aeration; Functional plant anatomy); DNA (Chromosome number, Nuclear DNA amount); Environmental impacts (Anoxia tolerance in germinating seeds, rhizomes, stolons and tubers; Response to defoliation; Desiccation and drought tolerance; Effect of high temperatures on protein synthesis; Herbicide selectivity; Plant responses to low temperatures; Ozone sensitivity; Sulphur dioxide pollution; Sunfleck utilization; Ultra-violet (UV-B) radiation); Growth (Adventitions rooting of cuttings; Carbon budget; Day length responses; Establishment in a vertical light gradient; Foraging for light and mineral nutrients; Fresh weight/dry weight and related ratios; Constant temperature and shade; Fluctuating temperature and drought; Mean relative growth rate; Response to carbon dioxide enrichment; Variation in RGR underlying carbon economy); Leaves (Decomposition; Defense chemistry; Longevity; Palatability; Tearability); Metabolism (Calculation of specific activities of enzymes; Carbon isotope discrimination and water use efficiency; Nitrate reductase activity; Acid phosphatases; Photosynthesis and chlorophyll fluorescence: simultaneous measurements; Photosynthesis and respiration: use of O2 electrodes; Respiration: cytochrome c oxidase activity; Storage carbohydrates; Stress indicators: chlorophylls and carotenoids; Stress indicators: electrolyte leakage; Stress indicators: lipid peroxidation; Stress indicators: electrolyte leakage and lipid peroxidation); Mineral nutrients (Chemical analysis; Uptake and yield); Roots (Architectural analysis; Mycorrhizal infection: assessment and quantification; Penetration and response to drought); Seeds (Buoyancy in air; Defence chemistry: cyanide and phenols; Dormancy breaking; Germination at alternating temperatures and range of constant temperatures; Gemination and the high irradiance reaction and soil water potential; Mineral nutrient content; Morphology and colour; Organic reserves; Persistence in soil; Size); Shoots (Aluminium; Cadmium sensitivy and constitutive resistance; Iron; Sulphide; Variability in seed storage proteins); Quantitative synthesis; The future development of comparative methodologies (The problem; The search for an answer). MenosGeneral procedures and methodologies (Seed collecting, cleaning and long-term storage; Seed viability and germination; The ISP aerial environment: lighting, day length, temperature and humidy; ISP germination and rooting environments: sand, compost and solution culture; Harvesting, recording weight, area and length; Photographic recording; The ISP standard regime); Methods of comparative study: Anatomy(Aerenchyma, intercellular gas space and aeration; Functional plant anatomy); DNA (Chromosome number, Nuclear DNA amount); Environmental impacts (Anoxia tolerance in germinating seeds, rhizomes, stolons and tubers; Response to defoliation; Desiccation and drought tolerance; Effect of high temperatures on protein synthesis; Herbicide selectivity; Plant responses to low temperatures; Ozone sensitivity; Sulphur dioxide pollution; Sunfleck utilization; Ultra-violet (UV-B) radiation); Growth (Adventitions rooting of cuttings; Carbon budget; Day length responses; Establishment in a vertical light gradient; Foraging for light and mineral nutrients; Fresh weight/dry weight and related ratios; Constant temperature and shade; Fluctuating temperature and drought; Mean relative growth rate; Response to carbon dioxide enrichment; Variation in RGR underlying carbon economy); Leaves (Decomposition; Defense chemistry; Longevity; Palatability; Tearability); Metabolism (Calculation of specific activities of enzymes; Carbon isotope discrimination and water use efficiency; Nitrate reductase activi... Mostrar Tudo |
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Palavras-Chave: |
Agrotoxicos; Aluminium; Anatomy; Bioclimatologia vegetal; Biologia molecular vegetal; Botanical; Comparacao laboratorial; Cultura vegetal; Decomposition; Defesa; Desiccation; Development; Doencas; Environmental impacts; Fitossanidade; Herbicidas; Herbicide; Laboratory studies; Methodologies; Mineral nutrients; Monitoramento ambiental; Morphology; Nutricao mineral; Nutricao mineral de plantas; Pestes; Plant; Quimicos; Radiation; Respiration; Sintese; Suphide. |
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Thesagro: |
Absorção; Adubação; Agricultura; Água; Alumínio; Análise Química; Anatomia Vegetal; Botânica; Cádmio; Clorofila; Conservação; Decomposição; Dormência; Ecologia; Fisiologia Vegetal; Fotossíntese; Genética Vegetal; Germinação; Impacto Ambiental; Laboratório; Meio Ambiente; Melhoramento; Metabolismo; Nitrogênio; Planta; Poluição; Radiação; Respiração; Solo; Taxonomia; Vegetação. |
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Thesaurus Nal: |
cadmium; chemical analysis; chemistry; chlorophyll; defoliation; dormancy; ecology; environment; germination; iron; metabolism; photosynthesis; pollution; soil; synthesis; taxonomy. |
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Categoria do assunto: |
-- |
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Marc: |
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100 1 $aHENDRY, G. A. F.
245 $aMethods in comparative plant ecology$ba laboratory manual.
260 $aLondon, Chapman & Hall$c1993
300 $a252 p.
520 $aGeneral procedures and methodologies (Seed collecting, cleaning and long-term storage; Seed viability and germination; The ISP aerial environment: lighting, day length, temperature and humidy; ISP germination and rooting environments: sand, compost and solution culture; Harvesting, recording weight, area and length; Photographic recording; The ISP standard regime); Methods of comparative study: Anatomy(Aerenchyma, intercellular gas space and aeration; Functional plant anatomy); DNA (Chromosome number, Nuclear DNA amount); Environmental impacts (Anoxia tolerance in germinating seeds, rhizomes, stolons and tubers; Response to defoliation; Desiccation and drought tolerance; Effect of high temperatures on protein synthesis; Herbicide selectivity; Plant responses to low temperatures; Ozone sensitivity; Sulphur dioxide pollution; Sunfleck utilization; Ultra-violet (UV-B) radiation); Growth (Adventitions rooting of cuttings; Carbon budget; Day length responses; Establishment in a vertical light gradient; Foraging for light and mineral nutrients; Fresh weight/dry weight and related ratios; Constant temperature and shade; Fluctuating temperature and drought; Mean relative growth rate; Response to carbon dioxide enrichment; Variation in RGR underlying carbon economy); Leaves (Decomposition; Defense chemistry; Longevity; Palatability; Tearability); Metabolism (Calculation of specific activities of enzymes; Carbon isotope discrimination and water use efficiency; Nitrate reductase activity; Acid phosphatases; Photosynthesis and chlorophyll fluorescence: simultaneous measurements; Photosynthesis and respiration: use of O2 electrodes; Respiration: cytochrome c oxidase activity; Storage carbohydrates; Stress indicators: chlorophylls and carotenoids; Stress indicators: electrolyte leakage; Stress indicators: lipid peroxidation; Stress indicators: electrolyte leakage and lipid peroxidation); Mineral nutrients (Chemical analysis; Uptake and yield); Roots (Architectural analysis; Mycorrhizal infection: assessment and quantification; Penetration and response to drought); Seeds (Buoyancy in air; Defence chemistry: cyanide and phenols; Dormancy breaking; Germination at alternating temperatures and range of constant temperatures; Gemination and the high irradiance reaction and soil water potential; Mineral nutrient content; Morphology and colour; Organic reserves; Persistence in soil; Size); Shoots (Aluminium; Cadmium sensitivy and constitutive resistance; Iron; Sulphide; Variability in seed storage proteins); Quantitative synthesis; The future development of comparative methodologies (The problem; The search for an answer).
650 $acadmium
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650 $achemistry
650 $achlorophyll
650 $adefoliation
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653 $aAnatomy
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653 $aBotanical
653 $aComparacao laboratorial
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653 $aFitossanidade
653 $aHerbicidas
653 $aHerbicide
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653 $aMorphology
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653 $aSintese
653 $aSuphide
700 1 $aGRIME, J. P.
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Embrapa Milho e Sorgo (CNPMS) |
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