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Where is Chambamontera located?
Peru, South America
What type of energy project was installed in Chambamontera?
Micro-hydro scheme
What is a micro-hydro scheme?
Small-scale hydroelectric power project
Why was Chambamontera chosen for micro-hydro?
Remote village, no access to national grid
Main water source for Chambamontera project?
Mountain streams
How does a micro-hydro scheme work?
Uses flowing water to turn a turbine and generate electricity
Capacity of Chambamontera micro-hydro plant?
Around 18 kW
How much did the Chambamontera project cost?
Approximately $51,000
Who funded Chambamontera's micro-hydro scheme?
Local people, NGOs, charity Practical Action
How many people benefited from the project?
About 60 families
Before the scheme, how did residents get light and energy?
Kerosene lamps and batteries
Environmental benefit of micro-hydro?
Clean, renewable energy; reduces fossil fuel use
Economic benefit for Chambamontera?
Makes businesses more productive, supports local enterprise
Social benefit of having electricity?
Improved health, education, quality of life
Why is micro-hydro sustainable for Chambamontera?
Local energy source, low emissions, uses local resources
Main household use of electricity after installation?
Lights, refrigerators, radios, phones
How did micro-hydro impact local schools?
Electricity for lighting, computers, education resources
Impact on local medical care?
Refrigerators for medicine, electric equipment allowed
Major problem solved by micro-hydro for villagers?
No more reliance on expensive, polluting kerosene
How does electricity supply support small businesses?
Allows machine use, preserves food, improves services
What charity supported Chambamontera's energy project?
Practical Action
Why is hydro power considered renewable?
Uses water cycle, does not deplete resources
Key environmental advantage of micro-hydro in Chambamontera?
Little water pollution, maintains natural river flow
Impact on greenhouse gas emissions after scheme?
Reduced emissions due to less fossil fuel use
Why is micro-hydro suited to mountainous areas?
Steep slopes, fast-flowing streams available
Maintenance required for micro-hydro?
Regular checks, local training
What kind of turbines are used?
Small, low-head water turbines
How does electricity affect evening activities?
Lights for studying, socialising, working after dark
Why was the project affordable for villagers?
Subsidies, community investment, NGO fundraising
How has micro-hydro helped local agriculture?
Powered irrigation pumps, food preservation
Effect on community safety?
Lighting reduces accidents, enables first-aid at night
How does scheme empower villagers?
Local control, training for maintenance and repairs
Impact on women's workload?
Fewer hours spent gathering wood/fuel
Why is micro-hydro described as "appropriate technology"?
Matches local needs, easy to maintain, low-tech
Who maintains the Chambamontera system?
Trained local technicians
Why can micro-hydro run all year?
Streams fed by regular rainfall/mountain runoff
What is the main challenge for micro-hydro sustainability?
Maintaining equipment, ensuring community involvement
Safety advantage of micro-hydro over kerosene lamps?
No fire risk, clean air
How did the energy project affect local food?
Enables refrigeration, less spoilage
How did micro-hydro change local communications?
Charged phones, radios, internet possible
What is the significance of energy for health improvement?
Clean water (boiling), better lighting for clinics
What is the typical lifespan of a micro-hydro system?
Over 20 years with proper care
How does micro-hydro affect education in Chambamontera?
Enables evening study, computers in schools
Why is micro-hydro low impact on river ecosystems?
Small diversion, fish passage protected
How do villagers pay for electricity?
Small fee covers maintenance and operation
Main limitation of micro-hydro during dry season?
Less water limits electricity generation
How did Practical Action support Chambamontera?
Provided technical advice, funding, training
How is excess electricity used?
Supplies neighbouring homes and businesses
Impact on air quality in homes?
No burning kerosene, cleaner air
How did villagers solve problems with micro-hydro?
Training, local committees
How does micro-hydro compare with national grid extension?
Faster, cheaper, locally managed
Why is micro-hydro considered "bottom-up" development?
Driven by community, not government
How does electricity encourage local enterprise?
Shops can use equipment, stay open after dark
How did lessons from Chambamontera influence other villages?
Spurred similar projects in rural Andes
How is micro-hydro different from large dams?
Smaller scale, lower environmental impact
How does scheme affect village migration?
Residents more likely to stay, less rural depopulation
Main lesson from Chambamontera's project?
Community engagement is vital
How does micro-hydro affect carbon footprint?
Significantly lowers emissions
Why is local river important for micro-hydro success?
Consistent, reliable water source
How can micro-hydro be replicated?
Assess water availability, involve local community
Main reason for supporting micro-hydro worldwide?
Suitable for remote, off-grid areas
How does micro-hydro create long-term change?
Improved health, economic and social development
What is the environmental footprint of micro-hydro?
Very low compared to fossil fuels
Main improvement in living standards?
Lights, health, productivity, comfort
Why is community ownership important?
Ensures long-term maintenance, responsibility
Why is Chambamontera an ideal case study?
Shows sustainable energy transforming lives
What is food security?
Having reliable access to enough safe, nutritious food
How much food does the UK import?
About 50%
Why does the UK import so much food?
Climate unsuitable for some crops, year-round demand
Main countries UK imports food from?
Spain, Netherlands, France, USA, Africa
What does the UK export?
Beef, lamb, fish, whisky, cereals
What is food miles?
Distance food travels from farm to consumer
Why are high food miles a problem?
Causes pollution from transport
What is carbon footprint?
Total greenhouse gases produced by something
How can UK reduce food carbon footprint?
Buy local and seasonal food, reduce waste
What is seasonal food?
Food grown naturally at certain times of year
Benefits of eating seasonal food?
Fresher, cheaper, lower emissions
What is local food?
Food grown nearby
Examples of local food sources?
Farmers' markets, farm shops, local supermarkets
What is organic farming?
Farming without artificial chemicals
Benefits of organic farming?
Better for soil, wildlife, health
What is agribusiness?
Large-scale commercial farming
What is food waste?
Throwing away food that could be eaten
How much food does UK waste?
Around 9.5 million tonnes per year
Where does most food waste happen?
In homes
Why is food waste bad for environment?
Wastes resources, creates greenhouse gases in landfills
How can we reduce food waste?
Plan meals, store food properly, use leftovers
What is a "Best Before" date?
Quality guide, food usually safe after
What is a "Use By" date?
Safety date, don't eat food after this
What are food banks?
Charities that give free food to people in need
Why has food bank use increased in UK?
Rising food prices, poverty, benefit cuts
What is food poverty?
Not being able to afford healthy food
What is intensive farming?
Using lots of resources to get high yields
Problems with intensive farming?
Pollution, harms wildlife, damages soil
What is extensive farming?
Farming over large areas with fewer resources
Example of extensive farming in UK?
Sheep farming in hills of Scotland and Wales
What is arable farming?
Growing crops
What is pastoral farming?
Raising animals
Main arable farming areas in UK?
East Anglia, Southeast England (flat, dry, fertile)
Main pastoral farming areas in UK?
Scotland, Wales, Southwest (hilly, wetter)