the Life of a green plant

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  • the Place of a green plant in nature economy
  • the Cage of a green plant
  • Growth and formoobrazovanie at plants. The general review
  • Photosynthesis. Energy storage
  • Breath and a metabolism. Supply by energy and building blocks
  • the Water mode of plants
  • a Mineral food
  • Movement and redistribution of nutrients
  • the Hormonal control of speed and a growth direction
  • Hormonal regulation of rest, ageing and stress
  • Regulation of growth by light
  • the Role of the photoperiod and temperature in growth regulation
  • Fast movements of plants
  • Some physiological bases of agricultural and gardening practice
  • Protection of plants
  • Plants and the person
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  • the Place of a green plant in nature economy
  • the Sun as thermonuclear installation
  • Radiant energy
  • the Population of the earth and food resources
  • the Summary
  • the Cage of a green plant
  • Approaches to cage research
  • the Sizes and the form of cages
  • the Kernel, ribosomes and fiber synthesis
  • Amino acids and a genetic code
  • Enzymes
  • Nucleinic acids and fiber synthesis
  • Membranes
  • Mitohondrii
  • Hloroplasty and others plastidy
  • Spectra of absorption and pigments
  • Vakuol
  • Acidity, pH and bufery
  • Diktiosomy (the device goldzhi)
  • Lizosomy, peroksisomy, glioksisomy
  • the Cellular wall
  • Hormonal regulation of growth of cages and synthesis of materials of a cellular wall
  • Plazmodesmy
  • cytoplasm Movements
  • Common features of a structure of a vegetative cage
  • the Summary
  • Growth and formoobrazovanie at plants. The general review
  • Kinetika of growth
  • Cellular division, a stretching and differentiation
  • the Organization of fabrics
  • Roots
  • Leaves
  • Stalks
  • Differentiation of reproductive bodies
  • the Summary
  • Photosynthesis. Energy storage
  • Photosynthesis. General idea
  • photosynthesis Material resources
  • photosynthesis Biochemistry
  • Netsiklichesky fotofosforilirovanie and oxygen allocation
  • Absorption of radiant energy
  • Transformation of radiant energy in chemical
  • As it is formed ATR
  • Restoration СО2 to carbohydrates
  • Photobreath
  • С4-фотосинтез
  • the Metabolism of organic acids at family Crassulaceae plants (СAM-метаболизм)
  • the Summary
  • Breath and a metabolism. Supply by energy and building blocks
  • Storage and energy use
  • Synthesis and disintegration lipidov
  • Breath
  • Tsikl Krebsa
  • Respiratory factor
  • Glikoliz
  • Formation of building blocks
  • Oxidizing fosforilirovanie
  • Pentozofosfatnyj a way
  • Respirometr Varburga
  • Synthesis of sucrose and polisaharidov
  • starch and cellulose Synthesis
  • the Summary
  • the Water mode of plants
  • Water inflow in vakuol under the influence of osmotic forces
  • Absorption of water from soil
  • water Movement in a plant
  • Transpiratsija
  • Regulation of movements of closing cages ustits
  • the External factors regulating movements ustits
  • Rising of water in trunks of high trees
  • Measurement of water potential of runaways of plants
  • Root pressure and guttatsija
  • Water deficiency and seasonal changes in water movement on a plant
  • Adaptation to deficiency of water
  • the Summary
  • a Mineral food
  • Basic elements
  • Functions of various elements in a plant
  • Organic substance of soil and growth of plants
  • nitrogen Fixing
  • Absorption of mineral substances from soil and transport of ions through cellular membranes
  • Active transport of ions
  • Diffusion
  • the Origin and a role transmembrannogo potential in transport of ions
  • Interaction and antagonism of ions
  • Apoplast and simplast
  • Transport of mineral substances in a plant
  • Mobility of mineral ions
  • the Summary
  • Movement and redistribution of nutrients
  • the Direction of movement of nutrients on floeme
  • Structure floemy
  • Characteristics floemnogo transport
  • the Mechanism floemnogo transport
  • sucrose Deduction in sitovidnyh tubes ' in the course of transport
  • Loading floemy
  • the Summary
  • the Hormonal control of speed and a growth direction
  • As all it began
  • Auksin
  • Other functions auksina
  • As operates auksin
  • Definition of the maintenance of hormones in a plant
  • Tropizmy and transport auksina
  • Tsitokininy
  • As operate tsitokininy
  • Interaction tsitokinina with auksinom
  • Gibberelliny
  • As operates gibberellin
  • the Summary
  • Hormonal regulation of rest, ageing and stress
  • Abstsizovaja stress acid-hormone
  • Abstsizovaja acid and water loss
  • As acid
    • operates abstsizovaja
  • Opening abstsizovoj acids
  • Rest and germination of seeds
  • Ageing of plants, maturing of fruits and subsidence of leaves
  • Subsidence of leaves
  • Maturing of fruits
  • Ageing of the whole plant
  • Etilen - an ageing hormone
  • the Summary
  • Regulation of growth by light
  • phytochrome Opening
  • Spektrofotometrichesky definition of phytochrome
  • Properties of phytochrome
  • Influence of a long irradiation by light sources with a wide spectrum
  • the Ecological role of phytochrome
  • Deetioljatsija
  • Germination of seeds in soil
  • Growth under foliage bed curtains
  • phytochrome Localization in a plant
  • As phytochrome operates?
  • Effects of dark blue light
  • the Summary
  • the Role of the photoperiod and temperature in growth regulation
  • Tsirkadnye rhythms
    • Whether
  • it is valid rhythms endogenny?
  • the Measurement of time independent of temperature
  • the Nature ostsilljatora
  • Interaction of phytochrome with internal clocks
  • a flowering Induction
  • Readiness for flowering
  • Quantitative distinctions in flowering
  • Morphological changes at flowering
  • Distribution and preservation of the factor causing flowering
  • Participation of phytochrome and hours
  • Development of genitals
  • Influence of lunar and artificial light on photoperiodic reaction
  • temperature Influence
  • Gradualnye of reaction
  • Morfogenetichesky effects
  • Germination of seeds
  • the Summary
  • Fast movements of plants
  • Fast movements of leaves at a sensitive plant mimosa pudica
  • Insectivorous plants
  • the Twisting of short moustaches
  • Tigmonastija: its general value
  • the Summary
  • Some physiological bases of agricultural and gardening practice
  • Nutrients
  • Gidroponika and a method of a nutritious film
  • Loss of water by plants
  • Salinity
  • the Sunlight and photosynthesis
  • carbon Dioxide in vegetative communities
  • the Role of light and temperature in growth and development regulation
  • the Photoperiodic control of flowering
  • Formation and growth of reserving bodies
  • Cultivation of plants at artificial light
  • Value of physiology for gardening
  • Storage of the cleaned crop
  • the Scrap
  • Reproduction of plants
  • Juvenilnost
  • Regulation of growth of plants by means of chemicals
  • Auksiny
  • Gibberelliny
  • Synthetic ingibitory growth
  • the Summary
  • Protection of plants
  • Adverse temperature conditions and a water lack
  • Structural adaptations
  • Physiological adaptations
  • Insects and plants
  • Feromony and any chemical signals
  • Insektitsidy; - universal poisons or selective tools?
  • Natural repellents and toxins
  • the Substances developed by plants for scaring away of insects
  • Mushrooms, illnesses a plant and stability to illnesses
  • Preexisting substances
  • Protection of plants against illnesses
  • Phytotoxins
  • Competing interactions with other members of vegetative community
  • Biological methods of struggle against weeds
  • Herbicides
  • Fitoaleksiny
  • the Summary
  • Plants and the person
  • the Flashback and a prospection
  • ' Green revolution '
  • Creation of new plants
  • Change of old grades of plants by means of new methods
  • Selection of plants
  • Introduction in culture of new kinds of wild-growing plants
  • Echinochloa
  • Gvajula
  • Hohoba
  • Sparzhevyj peas
  • future Woods
  • Plants and pollution of environment
  • Sewage
  • Zagrjazniteli of atmosphere
  • Zagrjazniteli of water.
  • Plants in the closed systems and in spaceships
  • Plants as not food renewed energy sources
  • the Epilogue. Botanical researches and the future
  • the Summary