
| Biology demonstration manual |
| Table of contents |
| Foreword |
| Acknowledgements |
| Bibliography |
| Classification of living organisms |
| The food chain game |
| Growing peanuts |
| Roots |
| Root hairs |
| Vascular bundles |
| Presence of minerals in soil |
| Necessity of sunlight |
| Transport of water in plants |
| Transpiration |
| Presence of starch in leaves |
| Pollination |
| Seed dissemination |
| Seed structure |
| Cotyledons |
| Necessity of water for germination |
| Rainfall on leaves |
| Growth curve of a plant |
| Grafting |
| Importance of ground cover |
| Cell-tissue-organ-system-organism |
| Length of the small intestine |
| Enzymes |
| The three food groups |
| Three food groups homework |
| Carnivore and herbivore teeth |
| The food chain game |
| Long capacity |
| Model lung |
| Blood circulation |
| How physical activity affects heart and breathing rates |
| Locomotion |
| Antagonistic muscles |
| Suction |
| Fern reproduction |
| Moss preservation |
| Are yeast living organisms? |
| Yeast |
| Yeast budding |
| Nitrogen fixing nodules |
| Amoeba |
| Bursting red blood cells |
| Length of a ténia |
| Model of a schistosome |
| Adaptations |
| Mountain formation |
| Artesian well |
| Bone structure |
| Reflexes |
| Test for glucose |
| Test for starch |
| Test for fats |
| Test for proteins |
| Cooling effect of sweat |
| MICROSCOPE PREPARATIONS |
![]() | Preparation of methylene blue |
![]() | Cheek cells |
![]() | Onion cells |
![]() | Onion cell walls |
![]() | Stomates |
![]() | Pollen |
![]() | Fern sporange |
![]() | Fern spores |
![]() | Moss cells/Chloroplasts |
![]() | Yeast cells |
![]() | Replicating yeast |
![]() | Blood cells |
Class: 6ème, 4ème
Lesson: Les plantes et l'homme: leur importance dans le monde vivant Erosion
Rationale: Show that ground cover slows down erosion.
Materials:
2 sugar boxes
candles
matches
clump of grass with soil
soil
3 glasses
water
Procedure:
1. Poke holes in the short side of two sugar boxes.
2. Seal the insides of the boxes with melted candle wax to make a filter.
3. Fill one filter with a clump of grass and soil and the other with loose soil.
4. Incline the two filters.
5. Add a glass of water to both filters and collect the filtrate.
6. Compare the quantity of water and soil in each filtrate.

Source: Filter design, B. Cole; Nathan Biologie Afrique 6ème, p. 87.