resource management

Cards (64)

  • what is a resource?
    a naturally occurring or human-made feature or material present in the environment that can be used to satisfy human needs and wants
  • food
    provides us with the energy needed to work and enjoy ourselves. measured in calories - 2500 men, 2000 women, 1800 age 5-10, 1850 girls 11-14, 2200 boys 11-14
  • water
    to survive, washing and disposing of waste in industry and manufacturing. average person uses 150 litres a day, only 4% is used for drinking, 75% is used in industry in the uk
  • energy
    • used for heating homes, manufacturing goods, processing food and power transport
    • varies depending on where people live and how wealthy they are.
    • comes from burning wood and fossil fuels such as oil and coal, renewable energy
  • describe water use by sector in the uk
    • 75% is used by industry
    • 22% is used by domestic
    • 3% is used by agriculture
  • what are possible reasons for food insecurity?
    • climate
    • difficulties buying and importing food
    • wealth and poverty
    • conflict
    • 1985, princess diana and prince charles opened live aid, a concert organised to raise money for the relief of famine-stricken africans
    • raised more than $125 million, $309 million in today's dollars
  • what are possible reasons for variation in energy consumption and availability across the world?
    • less/more acess to technical tools/devices that require energy
    • not enough money to afford energy ; less people use it
    • poverty and development
  • what does physical water scarcity refer to?
    when you cannot physically get water
  • what does economic water scarcity refer to?
    when you cannot get access to water available due to economic problems
  • how stable is the uk in terms of resources?
    • food - moderate climate, largely influenced by the atlantic ocean, plentyrainfall and mild temperatures; most efficient producers ; fertile soils and gentle relief and advanced technology
    • water - wetter in the east, water can be transferred from surplus to deficit areas
    • energy - has considerable fossil fuels, coal was the main source, but oil and gas are used more now. there are reserves of oil and gas beneath the north sea ; several nuclear power plants ; has potential for renewable energy; has 7 of the world's ten largest offshore wind farms
  • how have the uk's eating habits changed?
    • less white bread, less full fat milk - buying white bread has dropped 75% since 1947, wholemeal risen by 85%; semi-skimmed milk
    • less liver - dropped from 36g-3g, chicken and minced beef had rose in popularity
    • italianisation - pasta purchases have doubled since 2014
    • cheaper food
    • freezer revolution - total consumption of canned vegetables dropped by 1/3 as ready made meals consumption went up fivefold
  • opportunities created from reducing the uk's carbon footprint
    • economic growth - renewable energy, new jobs
    • technological advancement - renewable energy, energy efficiency
    • environmental benefits - reduction in pollution, preservation of natural resources
    • health improvements - decrease in respiratory diseases, improved quality of life
    • global leadership -uk as a leader in climate action, influence global environmental policies
  • challenges created from reducing carbon footprint in the uk
    • high initial investment
    • technological reliability - dependence on unproven or emerging tech, integration challenges with existing infrastructure
    • environmental impact - wildlife, disposal of waste
    • cultural and social - resistance to change, public awareness and education
    • policy and regulatory challenges - making effective policies and regulations, balancing national interests with global comittments
  • why does the uk import so much food?
    • uk climate is often unsuitable for the production of some foods e.g. cocoa, tea and bananas
    • there is cheaper food abroad which allows supermarkets to try to outcompete each other for low prices
    • customers demand greater choice and more exotic foods
    • strawberries and apples are only in season in the uk in certain seasons yet there is demand all year round
    • uk produced food can be expensive because of poor harvests and price of animal feed
  • positive impacts of importing food
    • less energy is used in growing certain crops in LICs as there is no need for heating greenhouses in HICs, there is less damage to environment
    • wide range of food are available in our shops all year round, cheaper
  • negative impacts of importing food
    • harder to monitor food production standards
    • people do not buy local produce as much
    • relying on foreign producers means that if there is disruption, food can be more expensive
    • increased road traffic, accidents
    • uses more packaging
    • less fresh
    • increased fuel use
  • what are food miles
    the distance that food travels from producer to consumer
  • what is carbon footprint
    amount of carbon dioxide and other greenhouse gases released into the atmosphere due to the activities of humans
  • what are the alternatives to importing food?
    • consuming seasonal produce from the uk
    • only allowing imported foods that cannot be grown in the uk
    • label origin or food so customers can make informed choices
    • consuming food produced locally
    • growing food in your own garden or allotment
  • organic farming
    • when additional chemicals are not used in production
    • locally produced, so food miles will be less
    • doesn't necessarily reduce food imports
  • agribusiness
    • when a farm is run like a large industrial business
    • large scale, money intensive commercial activities
    • bird's eye, cadbury's
    • reduces food imports as they are able to produce food on a large scale
    • producing more food than they need, reduces carbon footprint, food miles etc
  • local seasonable food
    • food that is grown close to where people live, it is in season
    • strawberries in summer, potatoes in autumn
    • reduces food imports as goods are produced locally, reducing distance from farm to fork
  • advantages of water transfer schemes
    • water for industry and peoples homes, good quality water
    • boosts industry
    • you can use what is available to you
  • disadvantages of water transfer schemes
    • costly to transport across the country
    • reservoirs displace habitats and interferes with valleys
    • evaporation
    • negative impacts on farmland as more space is needed for water intake
  • where is kielder located?
    • area of high land called the pennines
    • means it receieves more rain than areas in the east which lie in the rain shadow
    • water collected here is transported southwards and released into rivers that flow to the cities of newcasle-upon-tyne, sunderland, durham, darlington and middlesbrough
  • facts and figures - kielder water transfer scheme
    • 11km long
    • reservoir's dam is at the south-east end of the valley, 1.2km long and 52m high
    • area had rainfall twice the national average
    • used boulder clay to construct the dam
    • took 2 years for reservoir to fill up
    • 1,500 engineers, 7 year project
    • opened by the queen in 1982
  • opportunities of the kielder water transfer scheme
    • tourism - more jobs and income
    • more water - boosts economy
    • largest hydroelectric plant
    • provides leisure facilities - water sports, walking, canoes, fishing
    • provides for industry and homes
  • challenges of the kielder water transfer scheme
    • families were displaced
    • farmland and habitats were lost behind the dam
    • disturbed wildlife
    • cost lots of money
    • takes water a few days to be transported
  • factors contribution to uk's lower energy consumption
    • energy efficient appliances
    • insulation
    • de-industrialisation
    • electric cars
    • factories using robots
    • more nuclear power
  • biomass
    • wood, plants or animal waste burnt for power or used to produced bio fuels
    • adv: renewable, carbon neutral, multi-purpose, easy for poorer countries to grow
    • disadv: carbon neutral, takes up farmland, releases co2
  • wind
    • turbines use energy of wind to generate electricity
    • adv: renewable, demand in winter is much higher and the wind levels are higher
    • disadv: not reliable, can disrupt radio and tv signals, birds can die
  • tidal
    • currents of changes in water level caused by tides are used to turn turbines and generate electricity
    • adv: produces a lot of energy and elecriticity, high capacity, reliable
    • disadv: extremely expensive, only works twice a day, interferes with navigation of ships, limited locations
  • solar
    • energy from the sun heats water to generate electricity
    • adv: can be used on roofs, can create hot water and generates electricity, energy can be sold back to national grid
    • disadv: positioning, not enough sunlight
  • geothermal
    • water pumped into ground where the heat deep in the earth turns it into steam and drives a turbine to generate electricity
    • adv: electricity and hot water
    • disadv: limited to small number of locations, release of greenhouse gases
  • wave
    • wind blowing accross water makes waves which drive turbines which generate electricity
    • adv: suitable for many locations
    • disadv: expensive, affects eco systems, unreliable
  • hydro
    • energy of falling water trapped by a dam and collected to fall through tunnels where the pressure of the falling water turns the turbines to generate electricity
    • adv: increase production instantaneously
    • disadv: located in mountainous areas, difficult to access
  • fossil fuels
    • creates jobs, brings money into areas, supports industries
    • miners will suffer from diseases which will cost money to take care of, very expensive to mine, expensive to import from other countries
    • carbon captive storage is efficient but expensive
    • releases co2, waste is visible, destroys wildlife
  • nuclear
    • creates jobs, development for new technology in the industry, cheaper
    • costly to build, store and transport nuclear waste and do decommission
    • cleaner and less polluting
    • must be stored safely for years to avoid contamination, dangerous, releases radiation
  • water surplus
    when supply exceeds demand
  • water security
    having access to enough clean water to support good health and economic development