'It is both useful and stimulating and merits greater accessibility.' Journal of Biological Education

• Preface; 1. Introduction; 2. The scaling of average daily metabolic rate and energy intake; 3. Why do larger species invest relatively less in their offspring?; 4. The intraspecific relationship of parental investment to female body weight; 5. Growth and productivity; 6. Quantitative models of body size; 7. Sexual dimorphism in body size; 8. Are larger species more dimorphic in body size?; 9. Surface area/volume arguments in biology; 10. Prospectus; Concluding discussion; Glossary of mathematical terms; References; Index.

'It is both useful and stimulating and merits greater accessibility.' Journal of Biological Education

• Preface; 1. Introduction; 2. The scaling of average daily metabolic rate and energy intake; 3. Why do larger species invest relatively less in their offspring?; 4. The intraspecific relationship of parental investment to female body weight; 5. Growth and productivity; 6. Quantitative models of body size; 7. Sexual dimorphism in body size; 8. Are larger species more dimorphic in body size?; 9. Surface area/volume arguments in biology; 10. Prospectus; Concluding discussion; Glossary of mathematical terms; References; Index.

'It is both useful and stimulating and merits greater accessibility.' Journal of Biological Education

• Preface; 1. Introduction; 2. The scaling of average daily metabolic rate and energy intake; 3. Why do larger species invest relatively less in their offspring?; 4. The intraspecific relationship of parental investment to female body weight; 5. Growth and productivity; 6. Quantitative models of body size; 7. Sexual dimorphism in body size; 8. Are larger species more dimorphic in body size?; 9. Surface area/volume arguments in biology; 10. Prospectus; Concluding discussion; Glossary of mathematical terms; References; Index.