Abstract
Single lessons are really ‘details’ of larger pictures. They fit into and are derived from the ‘picture’ of a complete course. Traditionally courses rest on a syllabus, which is a list of subjects to be taught, on which questions may be set in examinations, and sometimes it is accompanied by explanatory notes. Usually schools or individual teachers are free to arrange or teach the subjects in the syllabus in any order they choose, and to decide the approach. A scheme of work, on the other hand, is more than a syllabus because it states the sequence of topics and sometimes the approach as well, perhaps in detail. Teachers often have to create their own schemes of work from syllabuses, to produce, in fact, a working programme or course, for a whole school, for a term or for a week. Schemes like the American Biological Sciences Curriculum Study or the Nuffield productions are elaborate and complete, giving almost all the teacher needs, ready-made.
Note: references in the text, both in this chapter and elsewhere in the book, using superior numerals (e.g. Bantock40), are listed at the end of this chapter.
Preview
Unable to display preview. Download preview PDF.
References
Fifer, F. C., ‘Social Biology at Whitelands College’ 1970. 4. pp 53–8
Alexander, P. Atomic Radiation and Life (Pelican)
Barnett, A. The Human Species (Pelican)
Brewer, C. V. and Burrow, C. D. Life, Form and Function (Macmillan)
Casartelli, J. D. Microscopy for Students (McGraw Hill)
Cooke, H. J., Burkitt, K. F. P. and Barker, M. A. Biology: A Textbook for First Examinations (Longman)
Darwin, C. The Origin of Species (OUP or Mentor Books)
Fisher, J. Watching Birds (Pelican)
Grove, A. J. and Newell, G. E. Animal Biology (UTP)
Gurr, G. T. Biological Staining Methods (Gurr)
Hardin, G. Biology, Its Principles and Implications (Freeman)
Harris, R. J. C. Cancer (Pelican)
Hatfield, E. J. An Introduction to Biology (OUP)
Life Sciences Library (Time-Life International)
MacKean, D. G. Introduction to Biology (Murray)
Oakley, K. Man the Toolmaker (British Museum)
Ramsey, J. A. Physiological Approach to the Lower Animals (CUP)
Roberts, M. B. V. Biology: A Functional Approach (Nelson)
Sankey, J. Guide to Field Biology (Longman)
Seeley, H. W. and Vandemark, P. J. Microbes in Action (Freeman)
Studies in Biology (Institute of Biology, and Arnold)
The Scholarship Series in Biology (Heinemann)
Villee, C. A. Biology (Saunders)
Appendix to chapter 6 (numbered papers on branches of biology).
Balls, M. and Godsell, P. M., ‘Animal Cells in Culture-Methods for Use in Schools’ 1972. 6. pp 17–22
Bishun, N. P., ‘The Normal Human Karyotype’ 1968. 2. pp 13–20
Bishun, N. P., ‘Culturing Mammalian Tissues for Cyto-genetic Investigations’ 1970. 4. pp 287–95
Smith, I., ‘Model Biologists’ 1969. 3. pp 193–202
Street, H. E., ‘The Repertoire of Plant Cells’ 1969. 3. pp 111–12
Broughton, W. B., ‘The Grasshopper and the Taxonomer.’ Use of Song and Structure in Orthoptera Saltatoria for Teaching the Principles of Taxonomy, I: ‘Field and Laboratory Exercises’ 1972. 6. pp 267–79
ibid II: ‘Acoustic Aspects and the Interpretation of Results’ 1972. 6. 333–40
ibid III: ‘Keys to the Species’ 1972. 6. pp 385–95
Dalby, D. H., ‘Plant Taxonomy as a Field Study’ 1970. 4. pp 115–32
Dudley, B., ‘Teaching Size and Form in Biology’ 1971. 5. pp 187–91
Jones, B. M. G., ‘Plant Taxonomy Today’ 1967. 1. pp 207–32
Tinklin, R. and Tinklin, Irene G., ‘The Identification of British Herbaceous Legumes from their Vegetable Characters’ 1972. 6. pp 155–64
Angeesing, J. P. A., ‘Unquiet Evolution: Consideration of a Previous Synthesis’ 1972. 6. pp 41–5
Bantock, C. R., ‘Natural Selection in Experimental Populations of Cepea hortensis’ 1971. 5. pp 25–34
Cameron, J. A., ‘An Introduction to the Practical Study of Variation using Ranunculus spp’ 1970. 4. pp 19–24
Dudley, B., ‘The Mathematical Basis of Mendelian Genetics’ 1972. 6. pp 165–73
Dudley, B. A. C., ‘Teaching the Hardy-Weinberg Law’ 1972. 6. pp 359–67
Dyer, K. F., ‘Evolution Observed — Some Examples of Evolution Occurring in Historical Times’ 1968. 2. pp 317
Lucas, A. M., ‘The Teaching of Adaptation’ 1971. 5. pp 86–90
Sheal, J., ‘The Time Factor in Understanding the Ecology of Wild Life’ 1971. 5. pp 157–63
Wyatt, H. V., ‘Getting the Message Over —An Examination of the Teaching of the Genetic Code’ 1972. 6. pp 73–81
Dyer, K. F., ‘On Some Logical Uncertainties in Genetics and their Significance’ 1967. 1. pp 305–17
Kemp, R. F. O., ‘The Linkage Clock: A Teaching Aid for Demonstrating the Segregation of Linked Genes’ 1971. 5. pp 83–5
Mueller, A. P., ‘Genetic Recombination Frequencies and Mapping Functions— A Simulated Laboratory Exercise for Students of Genetics’ 1969. 3. pp 159–68
Barr, G. C. and Macqueen, Doreen, ‘“Meaningful” Biochemistry at Pre-Clinical Level’ 1971. 5. pp 80–2
Blofeld, B. Ann., ‘An Investigation of the Characteristics of the Enzyme Thrombin, Suitable for Classwork’ 1972. 6. pp 251–7
Freeland, P. W., ‘Assay of Vitamin C by Diffusion into an Agar Gel Containing 2–6-Dichlorophenol Indophenol’ 1972. 6. pp 183–6
Freeland, P. W., ‘GA-Enhanced Alpha-amylase Synthesis in. Halved Grains of Barley (Hordeum vulgare): a Simple Laboratory Demonstration’ 1972. 6. pp 369–75
Goulding, K. H. and Merrett, M. J., ‘Experiments on Enzyme Induction in Chlorella pyrenoidosa’ 1970. 4. pp 43–52
Wheelock, J. V., ‘Experiments on the Renin Coagulation of Cow’s Milk’ 1971. 5. pp 295–300
Hannay, J. W., ‘Light and Seed Germination — An Experimental Approach to Photobiology’ 1967. 1. pp 65–73
Hardwick, K., ‘An Easily-constructed “Indestructible” Potometer’ 1972. 6. pp 331–2
Mansfield, T. A., ‘Stomata: Versatile Sensory Devices but Difficult Experimental Subjects’ 1971. 5. pp 115–23
Smithers, A. G. and Wilson, K., ‘Laboratory Investigations in Plant Physiology, I: Metabolic Absorption of Mineral Salts’ 1968. 2. pp 239–57
Hughes, R. E., ‘Experimental Nutrition and Applied Biology’ 1971. 5. pp 133–40
Whitten, A. J., ‘A New Behavioural Method for Further Determination of Olfaction in Mallard (Anas platyrhyncos)’ 1971. 5. pp 291–4
Backhouse, Mary, ‘A Study of Blackfly (Aphis fabae Scop.) on Broad Bean Plants, and of Insects Associated Directly or Indirectly with the Colony’ 1972. 6. pp 239–49
Caulton, E., ‘An Ecological Approach to Biology’ 1970. 4. pp 1–10
Caulton, E., ‘Ecology as a Subject for the Higher National Certificate in Biology’ 1972. 6. pp 83–8
Corbet, Sarah A.’ ‘Insects on Hogwood Flowers: A suggestion for a Student Project’ 1970. 4. pp 133–43
Disney, R. H. L., ‘The Terms Ecology and Natural History’ 1968. 2. pp 235–7
Dudley, B., ‘A Simple Practical Introduction to the Ecological Community’ 1971. 5. pp 239–41
Freeland, P. W., ‘An Experimental Investigation into the Behaviour of the Heather Weevil (Strophosomus sus) on Heathland in Ashdown Forest, Sussex’ 1971. 5. pp 7–14
Freeland, P. W., ‘The Selective Action of 2–4-D on the Weed Flora of a Lawn’ 1972. 6. pp 89–92
McKelvie, A. D., ‘A School Survey on the Flowering Time of Broom (Sarothamnus scoparius) in the North of Scotland’ 1970. 4. pp 227–33
Parr, M. J., Gaskell, T. J. and George, B. J., ‘Capture-Recapture Methods of Estimating Animal Numbers’ 1968. 2. pp 95–117
Perring, F., ‘The Demand for a Supply of Field Biologists’ 1969. 3. pp 123–9
Slater, F. M., ‘Quaternary Pollen Analysis in Secondary School Ecology’ 1972. 6. pp 109–17
Smith, M. and Spalding, D. A. E., ‘An Approach to the Develop-ment of Field Studies in Urban Areas’ 1968. 2. pp 223–34
Southwood, T. R. E., ‘Problems and Possibilities in the Teaching of Ecology’ 1967. 1. pp 19–27
Wray, E. V., ‘Nature Trails as a Teaching Aid’ 1968. 2. pp 21–38
Evans, S. M., ‘The Study of Bird Behaviour in Schools’ 1968. 2. p 373
Shepley, A. V. and Coultas, B. A., ‘A Field Study in Animal Behaviour’ 1971. 5. pp 76–9
Bainbridge, B. W., ‘Workshop: Micro-organisms in School Biology’ 1971. 5. pp 309–12
Bainbridge, B. W., ‘Microbiology in Schools Advisory Committee (MISAC)’ 1972. 6. pp 207–10
Fletcher, H. J., ‘Some Aspects of the Biology of Pilaria anomola — an Extremely Versatile Fungus’ 1971. 5. pp 229–37
Freeland, P. W., ‘A Photometric Method for Determining the Growth Rate of Yeast (Saccharomyces cerevisiae)’ 1971. 5. pp 141–3
Gliddon, R., ‘Methods of Studying Movement and Structure in Living Protozoa’ 1969. 3. pp 149–58
Harris, P. J., ‘A Demonstration of Microbial Antagonism in Soil using Serratia marcescens as a Marker Organism’ 1969. 3. pp 237–9
Institute of Biology and Society for General Microbiology, ‘Teaching of Microbiology in Schools’ (Symposium) 1968.2. pp 187–95
Microbiology for Schools Advisory Committee, ‘Review of Practical Manuals of Value to School Teachers using Micro-organisms’ 1971. 5. pp 331–7
Cox, F. E. G., ‘Parasites of British Earthworms’ 1968. 2. pp 151–64
Cox, F. E. G., ‘Parasites of British Amphibians’ 1971. 5. pp 35–51
In SSR
Astbury, W. T., ‘Science in Relation to the Community’ 1948. 109. 29. pp 268–80
Barnes, E. W., ‘Religion and Science’ 1948. 110. 30. pp 2–6
Bernal, J. D., ‘Science Teaching and General Education’ 1946. 102. 27. pp 150–8
Brightman, F. H. and Sharp, G. R., ‘School Scientific Societies’ 1951. 117. 32. pp 150–6
Bryant, C. L., ‘The Impact of Science on Human Beliefs’ 1945. 100. 26. pp 261–8
Drake, J., ‘School Science and Religious Education’ 1945. 101. 27. pp 2–8
Crowther, J. G., ‘The Social Relations of Science’ 1945. 100. 26. pp 268–84
Dainton, F. S., ‘Future Scientists’ 1967. 166. 48. pp 643–62
James, E., ‘Science and Citizenship’ 1955. 130. 36. pp 316–27
MacMurray, D. J., ‘Science in Religious Education’ 1950. 116. 32. pp 2–5
Nyholm, Sir R., ‘School Science-Education, Preparation or Indoctrination?’ 1968. 169. 49. pp 659–69
Salisbury, Sir E. J., ‘Science and Education’ 1956. 132. 37. pp 170–8
In SSR
Marshall, P. T., ‘Observations on the Function and Cyto-chemistry of Interstitial Cells of Hydra’ 1962. 150. 43. pp 382–90
Meyer, P. A. R., ‘Counts of Mitochondria in Regenerating Dugesia tigrina’ 1971. 180. 52. pp 544–57
Picken, L. E. R., ‘The Study of Minute Biological Structures’, 1 1955. 129. 36. pp 262–8
ibid II 1955. 130. 36. pp 332–8
ibid III 1955. 131. 37. pp 30–7
Shaw, G. W., ‘Modern Cytological Techniques’ 1959. 143. 41. pp 88–9
In SSR
Bailey, S. J., ‘An Introduction to Plant Life-histories’ 1968. 171. 50. pp 298–308
Cunnell, G. J., ‘The Morphology of the Inflorescence and Flower of the Buttercup’ 1960. 145. 41. pp 453–60
Cunnell, G. J., ‘The Anatomy of the Buttercup Flower’ 1961. 148. 42. pp 471–81
Gascoigne, T., ‘The Magnolia Flower’ 1972. 184. 53. pp 503–8
Lacey, A. J., ‘A Course of Study in Paper and String as a Complement to the Study of Plant Anatomy’ 1963. 154. 44. pp 609–24
Maynard Smith, J. and Savage, A. J. G., ‘The Mechanics of Mammalian Jaws’ 1959. 141. 40. pp 289–301
White, D. J. B., ‘The Study of Plant Anatomy’ 1955. 129. 36. pp 272–80
In SSR
Bebbington, A. and Thompson, T. E., ‘Teaching Experimental Embryology’ 1. 1967. 167. 49. pp 85–94
ibid II 1968. 168. 49. pp 372–82
Jones, H., ‘Practical Study in Plant Development’ 1959. 143. 41. pp 46–60
Szebenyi, A., ‘A Theory of Development’ 1961. 149. 43. pp 121–9 In J. Biol. Ed.
Barker, J. A., ‘The Use of the Zebra Fish, Brachydanio rerio, for the Study of Embryological Development in Schools’ 1972. 6. pp 233–7
In SSR
Brierley, J. K., ‘Some Suggestions for the Teaching of Evolution in the Field, Garden and Laboratory’ 1961. 148. 42. pp 401–10
Graham Cannon, H., ‘Is the Problem of Evolution Solved?’ 1954. 126. 35. 232–6
Harrison, R. J., ‘Anatomical and Functional Adaptations in Diving Mammals’ 1957. 135. 38. pp 191–203
Holland, C. H., ‘The Idea of Extinction’ 1960. 144. 41. pp 212–19
Priest, D. A., ‘The Emergence of Animals from Water’ 1962. 150. 43. pp 348–60
Walker, D., ‘Prehistoric Time’ I. 1954. 128. 36. pp 71–7
ibid II 1955. 129. 36. pp 250–61
ibid III 1955. 130. 36. 374–80
In SSR
Barker, W. B., ‘Coloured Sweet Maize “Seed” for Illustrating Mendelian Segregation’ 1952. 120. 33. pp 219–23
Bennett, A. J., ‘Mendel’s Laws’ 1964. 158. 46. pp 35–42
Mather, K., ‘Genetics for Schools, I’ 1952. 121. 33. pp 351–71
ibid II 1952. 122. 34. pp 83–97
Wallace, Margaret E., ‘Using Mice for Teaching Genetics’, I 1965. 160. 46. pp 646–58
ibid II 1965. 161. 47. pp 39–52
In SSR
Banks, Barbara E. C., ‘A Misapplication of Chemistry in Biology’ 1970. 179. 52. pp 286–97
Barker, P. A., ‘The Chemical Taxonomy of the Broad Bean’ 1966. 163. 47. pp 668–77
Barker, P. A. and Morris, D. J. M., ‘Leucoanthocyanins in the Broad Bean’ 1968. 170. 49. pp 79–86
Dixon, B., ‘Cell Control Mechanisms’ 1966. 162. 47. pp 359–74
Harker, J. H., ‘Energy Conversion’ 1970. 176. 51. pp 558–75
Kirk, L. A., ‘Teaching of Automatic Control as an Academic Subject with Particular Reference to its Uses in the Paper Industry’ 1966. 163. 47. pp 752–64
Mullin, J. W., ‘The Measurement of Particle Size’ 1965. 161. 47. pp 9–20
Strafford, G. A., ‘Fat Metabolism in Plants’ 1962. 151. 43. pp 594–603
In SSR
Baron, W. M. M., ‘The Place of Plant Physiology in Biology Teaching’ 1962. 152. 44. pp 105–14
Brierley, J. K., ‘Approach to the Teaching of Salt Uptake in Plants and Some Aspects of its Ecological Importance’ 1958. 138. 39. pp 254–63
Edelman, J., ‘Photosynthesis Reviewed’ 1962. 152. 44. pp 115–25
Freeland, P. W., ‘Some Experiments with Agar-grown Seedlings’ 1973. 188. 54. pp 477–88
Jennings, D. H., ‘The Accumulation of Solutes within Plant Cells’ 1963. 155. 45. pp 128–34
Mansfield, T. A., ‘Stomata in New Perspective’ 1970. 179. 52. pp 316–25
Marsh, A. R., ‘The Root Pressure Phenomenon’ 1972. 187. 54. pp 245–59
Mer, C. L., ‘Plant Growth Substances’ 1963. 154. 44. pp 517–30
Noel, A. R. A., ‘Some New Techniques in Plant Physiology’ 1959. 142. 40. pp 496–502
Riches, J. P., ‘The Movements of Substances in Plants’ 1954. 127. 35. pp 395–405
Strafford, G. A., ‘Some Recent Advances in Plant Physiology’ 1972. 184. 53. pp 543–54
In SSR
Everett, P. G. C., ‘Experiments with Locusts’ 1960. 144. 41. pp 291–6
Francis, E. T. B., ‘The Vertebrate Heart’ I 1955. 131. 37. pp 73–85
ibid II 1956. 132. 37. pp 226–33
Kitching, J. A., ‘Osmotic and Ionic Relations in Animals’ I 1956. 134. 38. pp 36–42
ibid II 1957. 135. 38. pp 221–5
Manuel, Diana E., ‘The Pithed Frog and Animal Spirits: An 18th Century Interpretation in Neuro-physiology’ 1971. 181. 52. pp 803–11
Nicol, J. A. C., ‘Colours of Marine Animals’ 1952. 120. 33. pp 208–18
Tansley, Katherine and Weale, R. A., ‘Colour Vision’ 1952. 120. 33. pp 198–207
In SSR
Archer, M., ‘The Use of Pitfall, Water and Cover Traps as an Introduction to Animal Ecology’ 1971. 183. 53. pp 307–15
Brady, C., ‘Cowpats as an Ecological Habitat’ 1965. 160. 46. pp 624–33
Brierley, J. K., ‘An Approach to the Teaching of Plant Succession’ 1957. 135. 38. pp 226–32
Brierley, J. K., ‘Plant Symbiosis’ 1957. 136. 38. pp 355–66
Brierley, J. K., ‘The Study of Ecology by Observation and Experiment and its General Value in a School’ 1958. 140. 40. pp 93–103
Browning, M. G. and Dowdeswell, W. H., ‘Apparatus for the Ecological Study of Soil and Mud’ 1956. 134. 38. pp 70–7
Butler, R. K. et al, ‘Marine Biology in the Sixth Form Course’ 1969. 175. 51. pp 318–28
Chapman, F. I., ‘An Approach to Bird Study in the First Year of a Secondary School’ 1971. 180. 52. pp 513–24
Cherrett, J. M., ‘Nature Conservation and School Biology’ 1962. 151. 43. pp 614–24
Clarke, J. H., ‘An Investigation into the Value of Field Study to Pupils 11 to 15 Years Old’ 1967. 167. 49. pp 44–5
Collinge, E. R., ‘River Pollution’ 1972. 187. 54. pp 276–80
Fowles, G., ‘Salts of the Sea’ 1959. 143. 41. pp 2–23
Greenwood, E. F. and Osler, A., ‘Museums and Fieldwork’ 1967. 167. 49. pp 56–63
Holdgate, M. W., ‘The Ecology of Islands’ 1960. 144. 41. pp 235–43
Humphries, D. A., ‘Badgers in the Cheltenham Area’ 1958. 139. 39. pp 416–25
Ing, B., ‘Studies in Bark Epiflora’ 1966. 164. 48. pp 37–44
Kerkut, G. A., ‘Animal Ecology as a School Subject’ 1953. 124. 34. pp 387–93
Lawrence, S. G., ‘Education in a Threatened Planet — The Part that Science Teaching Could Play’ 1971. 183. 53. pp 269–73
Leftwich, A. W., ‘A Survey of Mosquitoes in the Wellingborough Area’ 1952. 122. 34. pp 109–18
Marshall, P. T., ‘Organic Production in the Sea’ 1960. 145. 41. pp 427–38
Miles, H. B., ‘Biological Fieldwork in the Secondary School’ 1954. 127. 35. pp 390–4
Mylechreest, M., ‘The Secondary School Garden’ 1971. 182. 53. pp 77–84
Perrott, Elizabeth, ‘The Teaching of Field Biology’ 1963. 155. 45. pp 44–53
Prince Philip, ‘The Engineer in Commonwealth Development’ 1962. 150. 43. pp 281–99
Philipson, G. N., ‘Ecological Pyramids — A Field Study at Malham Tarn’ 1968. 171. 50. pp 262–78
Rigg, J. B., ‘Oceanography at Watford Grammar School for Boys’ 1955. 130. 36. pp 381–91
Shillito, J. F., ‘Dodders—Notes for Teachers’ 1952. 121. 33. pp 372–81
Snijders, W. G. F., ‘Biological Problems Connected with the Draining of the Zuiderzee’ 1954. 126. 35. pp 237–56
Ward, T., ‘Middle School Fieldwork: The Physical Science of a Stream’ 1970. 178. 52. pp 11–22
Wilson, E. A., ‘35 Years of Teaching Ecology in Schools’ 1965. 159. 46. pp 318–25
Wilson, R. W., ‘Conservation in Science Courses’ 1968. 168. 49. pp 420–9
In SSR
Arthur, D. R. and Wells, J., ‘Chaetae in the Life of Earthworms’ 1971. 181. 52. pp 857–71
Carter, G. S., ‘The Life-Cycle in the Animal Kingdom’ 1952. 120. 33. pp 228–30
Cloudsley-Thompson, J. L., ‘Maintenance Activities in the Behaviour of Animals’ 1956. 134. 38. pp 62–9
Crenell, M. A., and Sanctuary, J. R., ‘Learning in Mice’ 1956. 133. 37. pp 367–74
Martin, D., ‘Sticklebacks’ 1967. 165. 48. pp 417–27
In SSR
Broda, P. M. A., ‘Some Experiments with Tobacco Mosaic Virus’ 1957. 137. 39. pp 78–82
Burnett, J. H., ‘Recent Work on the Life-Cycle of Yeast’ 1953. 123. 34. pp 268–73
Cunnell, G. J., ‘Fungi in Schools, I: Culture Methods’ 1963. 155. 46. pp 93–102
ibid ‘II: Fungi from Nature’ 1964. 156. 45. pp 312–23
ibid ‘III: Nutritional Experiments with Fungi’ 1965. 160. 46. pp 579–91
Dixon, B., ‘The Nature of Viruses’ 1963. 153. 44. pp 341–55
Evans, S. M., ‘Experiments on the Behaviour of Paramoecium suitable for a Sixth Form Pupil’ 1963. 154. 44. pp 619–24
Kamel, M., ‘The Effect of Ascorbic Acid (Vitamin C) upon Botrytis alii, Munn’ 1955. 131. 37. pp 52–6
Mahiques, P. L. J., ‘The Fungal Colonisation of the Broad Bean Root System’ 1966. 164. 48. pp 108–23
Miles, H. B., ‘The Recolonisation of Sterilised Soil by Microorganisms’ 165. 47. pp 111–16
Newton, Lily, ‘Seaweeds Used for Agar’ 1952. 120.33. pp 224–7
Parker, M. S., ‘Penicillium’ 1963. 154. 44. pp 576–85
Parker, M. S., ‘The Use of Chemical Agents to Kill and Inhibit the Growth of Micro-organisms’ 1965. 159. 46. pp 343–55
Parker, M. S. and Barnes, M., ‘The Preservation of Pharmaceutical and Cosmetic Preparations Against Microbial Spoilage’ 1967. 165. 48. pp 386–93
Paterson, D. A., ‘The Continuous Culture of Micro-organisms’ 1968. 169. 49. pp 734–42
Rose, A. H., ‘Modern Trends in Industrial Microbiology’ 1962. 152. 44. pp 16–27
Stewart, W. D. P., ‘The Nitrogen Cycle of the Sea’ 1964. 156. 45. pp 335–9
Taylor, Monica, ‘Recent Advances in Amoeba Lore, I’ 1952. 122. 34. pp 98–108
ibid II 1957. 136. 38. pp 384–90
Tribe, H. T., ‘Practical Studies on Biological Decomposition in Soil: A Simple Technique for Observation of Soil Organisms Colonising Buried Cellulose Film’ 1967. 167. 49. pp 95–112
In SSR
Bailey, D. J., ‘The Contribution of Plants to Medicine’ 1971. 181. 52. pp 782–91
Cramp, A. C., ‘Bladder Worms in the Rabbit’ 1956. 132. 37. pp 243–8
Gordon, R. M., ‘The Role of the Biologist in Tropical Medicine’ 1953. 123. 34. pp 263–7
Jones, F. G. W., ‘Biological and Economic Effects of Nematodes on Crops’ 1968. 169. 49. pp 764–76
Lapage, G., ‘The Potato Root Eelworm’ 1956. 133. 37. pp 321–36
Miles, H. B., ‘Rhyynocystis pilosa — A Common Parasite of Lum bricus terrestris’ 1957. 137. 39. pp 44–55
Standon, O. D., ‘The Mollusc in Medical Research’ 1954. 127. 35. pp 406–14
Author information
Authors and Affiliations
Copyright information
© 1975 L. M. J. Kramer
About this chapter
Cite this chapter
Kramer, L.M.J. (1975). Constructing teaching schemes. In: Teaching the Life Sciences. Palgrave, London. https://doi.org/10.1007/978-1-349-02128-4_6
Download citation
DOI: https://doi.org/10.1007/978-1-349-02128-4_6
Publisher Name: Palgrave, London
Print ISBN: 978-1-349-02130-7
Online ISBN: 978-1-349-02128-4
eBook Packages: Biomedical and Life SciencesBiomedical and Life Sciences (R0)