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  • Sabrina Mikhaela Canindo

  • 問題数 43 • 10/6/2024

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    問題一覧

  • 1

    NATURAL RESOURCES

    Forest, Water, Mineral, Food, Energy, Land

  • 2

    FOREST FUNCTIONS:

    Protective and Ameliorative Functions, Recreational and Educational Functions, Development Functions, Productive Functions

  • 3

    PROTECTIVE AND AMELIORATIVE FUNCTIONS

    Watershed Protection, Erosion Control, Land Bank, Atmospheric Regulation

  • 4

    DEVELOPMENT FUNCTIONS

    Employment Functions, Revenue

  • 5

    PRODUCTIVE FUNCTIONS

    Fodder for Cattle, Fuel Wood and Charcoal, Poles for Building Homes, Food: Consumptive Use, Sericulture and Apiculture, Medicinal Plants for Traditional Medicines

  • 6

    ECOLOGICAL USES The ecological services provided by our forests may be summed up as follows:

    Production of Oxygen, Wild Life Habitat, Regulation of Hydrological Cycle, Soil Conservation, Pollution Moderators

  • 7

    CONCEPTS IN CONSERVATION

    Restraining cutting of trees and submerging the forests, Reforestation, Afforestation, Control forest diseases and forest fire, Recycling forest products, Replacing forest products

  • 8

    UNIQUE FEATURES OF WATER

    High Specific Heat, High Latent Heat of Vaporization, Good Solvent for Oxygen, Nutrients and Pollutants, Anomalous Expansion on Freezing, High Surface Tension

  • 9

    THE AVAILABILITY OF WATER DECREASES IN THE FOLLOWING ORDER

    Tropical Rain Forest, Temperate Regions, Deserts

  • 10

    TYPES OF WATER

    Ground Water, Aquifer, Unconfined Aquifer, Confined Aquifer, Clean Water, Surface Water, Flood

  • 11

    TYPES OF DROUGHT

    Meteorological, Hydrological, Agricultural, Socioeconomic

  • 12

    CONTROL MEASURES FOR DROUGHT

    Rain Water Harvesting, Watershed Management, Prevent Deforestation, Encourage Afforestation

  • 13

    CONFLICTS OVER THE WATER

    Control of Water Resources, Military Food Resources, Political Resources, Terrorism, Military Targets, Development Disputes

  • 14

    IMPACTS OF BIG DAMS

    Upstream Level, Downstream Level

  • 15

    TYPES OF MINING OPERATIONS

    Open Cast Mining, Underground Mining

  • 16

    IMPACTS OF MINING OR ENVIRONMENTAL DAMAGES CAUSED BY MINING ACTIVITIES

    Devegetation and Defacing of Lands, Subsidence of Land, Groundwater Contamination, Occupational Health Hazards, Surface Water Pollution, Air Pollution

  • 17

    PROBLEMS FACED BY FOOD RESOURCES

    Overgrazing, Modern Agriculture

  • 18

    OVERGRAZING Problems Faced by Food Resources

    Land Degradation, Soil Erosion, Loss of Useful Species

  • 19

    MODERN AGRICULTURE Problems Faced by Food Resources

    High Yield Variety Crops, Micronutrients Imbalance, Nitrate Pollution, Eutrophication, Pesticide Related Problems, Water Logging, Salinity

  • 20

    SOURCES OF ENGERY

    Primary, Secondary

  • 21

    PRIMARY SOURCES OF ENGERY

    Renewable Energy, Non-Renewable Energy

  • 22

    SECONDARY SOURCES OF ENERGY

    Petrol, Electrical Energy, Coal Burning

  • 23

    ENERGY RESOURCES OR ALTERNATE ENERGY SOURCES

    Solar Energy, Wind Energy, Hydro Power, Tidal Energy, Ocean Thermal Energy, Geothermal Energy

  • 24

    ENERGY HARVESTING DEVISES

    Solar Heat Collectors, Solar Cells, Solar Cooker, Solar Water Heater, Solar Furnace, Solar Power Plants

  • 25

    IMPACTS (LAND RESOURCES)

    Land Degradation, Man Induced Landslides, Soil Erosion

  • 26

    TYPES OF SLIDES

    Slides due to natural factors, Slides induced by man and his activities

  • 27

    HUMAN ACTIVITIES THAT CAUSE LAND SLIDING

    Massive Deforestation, Erratic Agricultural Practices, Road Building, Unscientific Quarrying, Engineering Constructions

  • 28

    SOIL EROSION

    Terracing, Contour Farming, Alley Cropping or Agro Forestry, Wind Breaks or Shelter Belts

  • 29

    QUANTITATIVE APPROACHES: ENVIRONMENTAL ASSESSMENT

    Checklist, Interaction Matrix, Checklist with Weighted Rankings

  • 30

    CHECKLISTS: lists of potential environmental impacts

    Primary Effects, Secondary Effects

  • 31

    PHASES: Checklists

    Planning Phase, Construction Phase, Operation Phase

  • 32

    CHECKLIST TECHNIQUE SCALE: Importance of impact is quantified using a scale

    No Impact, Minimal Impact, Small Impact, Moderate Impact, Significant Impact, Severe Impact

  • 33

    STEPS ON HOW TO CONDUCT AN ENVIRONMENTAL IMPACT ASSESSMENT

    Define the Scope of the Assessment, Collect Baseline Data, Identify Potential Impacts, Determine the Significance of the Impacts, Develop Mitigation Measures, Prepare an EIA Report

  • 34

    ENVIRONMENTAL INVENTORY: checklist of descriptors

    Physical-Chemical Environment Data, Biological Environment Data, Cultural Environment Data, Socioeconomic Environment Data

  • 35

    EXAMPLES OF ENVIRONMENTAL IMPACTS

    Air Pollution, Noise Pollution, Light Pollution, Overpopulation, Deforestation, Ozone Depletion, Fossil Depletion, Ocean Acidification, Habitat Destruction, Biodiversity Loss

  • 36

    PHYSICAL-CHEMICAL ENVIRONMENT includes such major areas such as:

    Soil, Geology, Topography, Surface Water, Ground Water, Water Quality, Air Quality and Climatology

  • 37

    THREE DISTINCT STAGES The potential socioeconomic impacts of wind farm development may be divided into three distinct stages:

    Pre-Construction Impacts, Construction Impacts, Post-Construction Impacts

  • 38

    KEY ASPECTS: SOCIOLOGICAL IMPACTS

    Community Health, Social Inequality, Behavioral Changes, Cultural Practices, Social Movements, Economic Impacts

  • 39

    EXAMPLE: SOCIOLOGICAL IMPACTS

    Technology, Economic Changes, Cultural Shifts, Education, Urbanization, Globalization, Health Crises, Social Movements, Family Dynamics

  • 40

    REASONS FOR OVER UTILIZATION OF WATER

    Economic Development, Rapid Industrial Growth, Population Explosion

  • 41

    NATURAL CALAMITIES

    Famine, Drought, Earthquake, Flood, Gale, Storm

  • 42

    USES OF MINERALS

    Development of Industrial Plants and Machinery, Generation of Energy, Construction, Defense Equipments, Transportation, Communication, Medical System, Formation of Alloys, Agriculture, Jewelry

  • 43

    IMPACTS RELATED TO HIGH YIELDING VARIETIES

    Monoculture, Micronutrient Imbalance, Nitrate Pollution, Eutrophication