Environmental Science MCQ
Total Questions: 100
a) Ozone
b) Carbon Dioxide
c) Methane
d) Nitrous Oxide
a) Natural Gas
b) Coal
c) Solar Energy
d) Nuclear Energy
a) Recycling
b) Composting
c) Landfilling
d) Incineration
a) Troposphere
b) Stratosphere
c) Mesosphere
d) Thermosphere
a) Biodiversity
b) Ecology
c) Conservation
d) Sustainability
a) Wind Energy
b) Solar Energy
c) Coal
d) Geothermal Energy
a) Urbanization
b) Agriculture
c) Logging
d) All of the above
a) Nitrogen
b) Oxygen
c) Carbon Dioxide
d) Methane
a) Flood control
b) Water purification
c) Habitat for wildlife
d) All of the above
a) Rising sea levels
b) Increased frequency of storms
c) Changes in precipitation patterns
d) All of the above
a) Global Warming
b) Climate Change
c) Greenhouse Effect
d) Ozone Depletion
a) Bald Eagle
b) Asian Carp
c) Red Maple
d) Blue Jay
a) Economic growth
b) Wildlife protection
c) Sustainable resource management
d) All of the above
a) Acid rain
b) Climate stability
c) Biodiversity increase
d) Soil fertility
a) Meeting present needs without compromising future generations
b) Using resources at an unsustainable rate
c) Maximizing economic growth
d) Conserving energy only
a) Oceans
b) Rivers
c) Atmosphere
d) All of the above
a) To regulate air emissions from industries
b) To protect endangered species
c) To manage waste disposal
d) To control water pollution
a) Increased oxygen levels
b) Decreased biodiversity
c) Reduced sedimentation
d) Improved water quality
a) Kyoto Protocol
b) Rio Declaration
c) CITES
d) Montreal Protocol
a) Low biodiversity
b) High pollution levels
c) Diverse species
d) Single species dominance
a) Increased fish populations
b) Ecosystem imbalance
c) Economic growth
d) Sustainable fisheries
a) To regulate climate
b) To block harmful UV radiation
c) To trap greenhouse gases
d) To produce oxygen
a) Solar Energy
b) Wind Energy
c) Natural Gas
d) Hydropower
a) Extinction
b) Endangerment
c) Overexploitation
d) Habitat destruction
a) Increased carbon emissions
b) Loss of biodiversity
c) Improved air quality
d) Reduced soil erosion
a) Eutrophication
b) Biomagnification
c) Photosynthesis
d) Decomposition
a) Geothermal energy
b) Nuclear energy
c) Solar energy
d) Wind energy
a) Overgrazing
b) Crop rotation
c) Organic farming
d) Sustainable agriculture
a) To promote economic development
b) To evaluate the potential effects of a project on the environment
c) To increase land use
d) To reduce government regulation
a) Keystone species
b) Endemic species
c) Invasive species
d) Indicator species
a) Economic growth
b) Preservation of biodiversity
c) Resource extraction
d) Land development
a) Monoculture
b) Crop rotation
c) Use of chemical fertilizers
d) Pesticide use
a) Desalination
b) Salinization
c) Eutrophication
d) Pollution
a) Tundra
b) Temperate forest
c) Desert
d) Wetland
a) To promote hunting
b) To protect threatened species
c) To encourage habitat destruction
d) To manage wildlife resources
a) Agricultural runoff
b) Stormwater runoff
c) Fishing gear
d) Industrial waste
a) Pollution
b) Urban development
c) Climate change
d) Natural disasters
a) Fossil fuels
b) Natural gas
c) Solar energy
d) Nuclear power
a) Decomposers
b) Producers
c) Detrivores
d) Bioremediators
a) To protect endangered species
b) To reduce global warming
c) To promote fossil fuels
d) To eliminate poverty
a) Increased ice cover
b) Stable weather patterns
c) Rising sea levels
d) Biodiversity conservation
a) To promote land development
b) To protect natural resources
c) To reduce urban sprawl
d) To increase agricultural production
a) Oxygen
b) Carbon Dioxide
c) Hydrogen
d) Nitrogen
a) Estuary
b) Wetland
c) River
d) Lake
a) Economic growth
b) Human health
c) Moral relationships with the environment
d) Technological advancement
a) Deforestation
b) Plastic pollution
c) Excess CO2 absorption
d) Overfishing
a) Intensive farming
b) Use of pesticides
c) Crop rotation
d) Monoculture
a) Biodiversity hotspot
b) Ecosystem
c) Biome
d) Habitat
a) Carbon Dioxide
b) Sulfur Dioxide
c) Ozone
d) Nitrogen
a) Resilience
b) Resistance
c) Sustainability
d) Adaptability