Stephen A. Rolfe

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis

1. Introduction Part I. Nutrition and Transport: 2. Flow of energy and carbon through the plant: photosynthesis and respiration 3. Water relations 4. Mineral nutrition 5. Translocation of organic compounds Part II. Growth and Development: 6. Growth as a quantitative process 7. Plant growth hormones 8. Cell growth and differentiation 9. Vegetative development 10. Photomorphogenesis 11. Reproductive development 12. Growth movements 13. Resistance to stress Appendix.

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis

1. Introduction Part I. Nutrition and Transport: 2. Flow of energy and carbon through the plant: photosynthesis and respiration 3. Water relations 4. Mineral nutrition 5. Translocation of organic compounds Part II. Growth and Development: 6. Growth as a quantitative process 7. Plant growth hormones 8. Cell growth and differentiation 9. Vegetative development 10. Photomorphogenesis 11. Reproductive development 12. Growth movements 13. Resistance to stress Appendix.

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis

1. Introduction Part I. Nutrition and Transport: 2. Flow of energy and carbon through the plant: photosynthesis and respiration 3. Water relations 4. Mineral nutrition 5. Translocation of organic compounds Part II. Growth and Development: 6. Growth as a quantitative process 7. Plant growth hormones 8. Cell growth and differentiation 9. Vegetative development 10. Photomorphogenesis 11. Reproductive development 12. Growth movements 13. Resistance to stress Appendix.

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis

1. Introduction Part I. Nutrition and Transport: 2. Flow of energy and carbon through the plant: photosynthesis and respiration 3. Water relations 4. Mineral nutrition 5. Translocation of organic compounds Part II. Growth and Development: 6. Growth as a quantitative process 7. Plant growth hormones 8. Cell growth and differentiation 9. Vegetative development 10. Photomorphogenesis 11. Reproductive development 12. Growth movements 13. Resistance to stress Appendix.

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis; H. E. Street

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis

Helgi Öpik; Stephen A. Rolfe; Arthur J. Willis