Chapter
UNITS, SYMBOLS AND ABBREVIATIONS
CHAPTER 1. MEASUREMENT OF PLANT BIOMASS AND NET PRIMARY PRODUCTION
1.3 Measurement of above-ground biomass
1.4 Measurement of below-ground biomass
1.5 Non-destructive measurement of biomass
1.7 Estimation of net primary production
CHAPTER
2. PLANT GROWTH ANALYSIS
2.3 Components of classical growth analysis
2.4 Functional growth analysis
2.5 Experimental investigations
CHAPTER
3. PLANT MICROCLIMATE
3.2 Radiation - solar and long wave
3.6 Automatic weather stations
CHAPTER
4. CANOPY STRUCTURE AND LIGHT INTERCEPTION
4.2 Radiation in canopies
4.3 Measurement of canopy structure
CHAPTER 5. WATER RELATIONS
5.4 Practical work on water relations
References and further reading
CHAPTER 6. MEASUREMENT OF CO2 ASSIMILATION BY PLANTS IN THE FIELD AND THE LABORATORY
6.2 Infra-red gas analysis
6.4 Measurement and control of gas flow
6.5. Chamber conditions and construction
6.6 Analysis of gas exchange measurements
CHAPTER
7. MEASUREMENT OF OXYGEN AND CHLOROPHYLL FLUORESCENCE
7.2 The leaf disc electrode
7.3 Chlorophyll fluorescence measurement
CHAPTER
8. SHOOT MORPHOLOGY AND LEAF ANATOMY IN RELATION TO PHOTOSYNTHESIS
8.1 Shoot morphology and the relationship of single leaf to whole plant CO2 assimilation and canopy productivity
CHAPTER
9. CHLOROPLASTS AND PROTOPLASTS
9.2 Mesophyll protoplasts from C3, C4 and CAM plants
9.3 Photosynthesis by isolated protoplasts
9.4 Chloroplast isolation from protoplasts
9.5 Mechanical separation of intact chloroplasts
9.6 Photosynthesis by isolated chloroplasts
9.7 Carbon assimilation by C3 chloroplasts
CHAPTER
10. PHOTOSYNTHETIC ENERGY CONVERSION
10.2 Measurement of proton flux, photophosphorylation and electron transport using broken chloroplasts and a pH electrode
10.3 Partial electron transport reactions assayed with the O2 electrode and a conventional recording spectrophotometer
CHAPTER
11. CARBON METABOLISM
11.2 The carbon reduction cycle
11.6 Carboxylation enzymes
CHAPTER
12. NITROGEN FIXATION
12.2 Introduction to N-fixation
12.4 Measurement of N-fixation by direct means
12.5 Indirect assay of nitrogenase activity
12.6 Preparation of acetylene
12.8 Experimental schedule
CHAPTER
13. ASSIMILATORY NITRATE REDUCTION
13.3 Relationship between nitrate reduction and photosynthesis
13.4 Determination of enzymatic activities
13.5 Other analytical procedures useful for the study of nitrate assimilation
13.6 Uptake of nitrate by cells of blue-green algae. Effects of ammonium and MSO
CHAPTER
14. AMMONIA ASSIMILATION AND AMINO ACID BIOSYNTHESIS
14.1 Ammonia assimilation
14.2 Transport of nitrogenous compounds
14.3 Biosynthesis of amino acids
CHAPTER
15. MICRO-ALGAE: LABORATORY GROWTH TECHNIQUES AND OUTDOOR BIOMASS PRODUCTION
15.2 Growth of micro-algae: techniques and kinetics
15.4 Synchronised cultures
15.5 Nutrient-limited growth
15.6 Analytical techniques
15.7 Growth, maintenance and preservation of algal cultures
15.9 Definition of common units and terms
15.11 Where to obtain algal cultures
15.12 Algal biomass production
References and further reading
CHAPTER
16. ENZYMES: SEPARATION AND KINETICS
16.3 Isolation of enzymes
16.4 Protein determination
16.5 Extraction of proteins
16.6 Protection from phenols and phenol oxidase activity
16.8 Ammonium sulphate precipitation
16.9 Modern methods of protein purification
16.12 The Enzyme Commission classification system
CHAPTER17. ANALYTICAL TECHNIQUES
17.2 Analysis of carbon isotope discrimination ratios
17.3 Measurement of light absorption
17.4 Chlorophyll determination
17.5 Measurement of starch and sucrose in leaves
17.6 Mineral analysis of plants, soil and water
A. Equipment for field and laboratory studies of whole plant and crop photosynthesis and productivity research
B. Experimental design and presentation of results
C. Biomass production and data
D. Conversion factors and approximate conversion factors
E. Solar radiation on the earth