1 4 8 Nutrient Recycling 1 4 9
- Slides: 50
1. 4. 8 Nutrient Recycling 1. 4. 9 Human Impact on an Ecosystem Follow-Me – i. Quiz
Q. What is meant by nitrogen fixation? Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Name an important group of biomolecules that plants make from nitrates. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. The term used to describe micro-organisms and other organisms that return nutrients to the environment by decay is … Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Explain the term ectoparasite. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. What is meant by nitrification? Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Farmers add nitrates as fertilizers to the soil, but not when heavy rain is forecast. Why not? Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Name a group of organisms involved in nitrogen fixation. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Explain the term decomposition. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Why are elements recycled in nature? Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. What is meant by pollution? Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Give an example of a human activity that results in the pollution of air. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Explain conservation in relation to wild plants and animals. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. State one conservation practice from agriculture. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Suggest two reasons for conserving wild species. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. State one conservation practice from fisheries. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Outline the problems associated with the disposal of waste. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. State one conservation practice from forestry. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Suggest two ways of minimising waste. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Give an example of the use of micro-organisms in waste management. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Give an advantage for the incineration of domestic waste. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Suggest why continual monitoring of the environment is valuable. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Give a disadvantage for the incineration of domestic waste. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Give an example of a human activity that results in the pollution of water. Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS Please CLICK on THIS BOX for the Next Question
Q. Why is waste management becoming an increasingly difficult problem? Amount of waste greatly reduced; Useable heat; Reduced landfill Bacteria; Monera; Lichens; Clover; Legumes Burning fossil fuels Control of fertiliser usage Control of mesh size Conversion of nitrogen into nitrates Converting ammonia into nitrites and/or nitrites to nitrates Decaying; Rotting Decomposers Fertiliser may be washed off the land; Eutrophication Harmful addition to the environment by humans Harmful products produced Increasing population & consumption; Too little recycling; Shortage of landfill sites Landfill sites; Sewage treatment plants; Digesters; Compost heaps Limited supply; Reused Organism living on host causing damage Plant trees Protection, preservation and wise management of endangered plants and animals Proteins Recreational; Food supplies; Possible sources of drugs; Prevent extinction; Biodiversity Reduce; Recycle; Re-use To detect change(s) early; To remedy effect of change; To detect levels of pollutants Toxicity; Non-biodegradable; Pollute rivers; Availability of land-fill; Incineration causes toxins
CONGRATULATIONS You’re Brilliant
Incorrect Please CLICK on THIS BOX to Try Again
Venkatraman ramakrishnan medium composition
Nutrient cycle in the serengeti
Ipns in agriculture
A chemical substance in food that helps maintain the body
Parts of a long bone
Energy in trophic levels
What are the six nutrient groups
Energy flow trophic levels
Immobile nutrients
Nutrition defination
3 functions of nutrients
Deciduous woodlands
A terrestrial food web
Four types of salad
Tamoxifen nutrient depletion
How does a plant resist disease and pests journey 2050
Differential media
Nutrient agar plate
Biogeochemical cycles apes
Foods used in nutrition activities should be nutrient-dense
Radial artery in the hand
What nutrient cushions vital organs
Gersmehl diagram
Nutrient deficiency in tomatoes
Iron deficiency in roses
Journey 2050 student handout 2 word search
Egg as binding agent example
Nutrition body
Foot artery
Bray nutrient mobility concept
How does deforestation affect the nutrient cycle
Egg cooking style
Nutrient interactions
Who coined ecosystem
Nutrient basics
Plastic recycling flow chart
Textile recycling waterloo
Cd waste recycling
What are the cons of recycling
Rinse water recycling
Textile recycling
Vocabulary recycling
Neal road recycling and waste facility
United electronics recycling
Planet green recycling llc
Summary of the nitrogen cycle
Bee green recycling
"vive textile recycling"
Recycle paragraph
City and county of swansea recycling
Teijin eco circle
