Energy Resources & Consumption

It can reduce our reliance on fossil fuels and other non-renewable energy sources

It can increase our reliance on fossil fuels and other non-renewable energy sources

It can reduce our reliance on renewable energy sources

It can increase our reliance on renewable energy sources

Decreased primary energy use due to improved efficiency.

Increased renewable energy dependency leading to higher costs.

Reduced overall industrial output due to technology constraints.

Increased fossil fuel use because of additional heat requirements.

Expansion of monoculture crops leading to reduced biodiversity, soil degradation through nutrient depletion, and increased pesticide and herbicide application.

Increase in albedo effect in areas previously forested or cropland dedicated to biofuels, resulting in further climate alterations, though this is unlikely since albedo changes are minimal relative to the scale needed for significant biofuel production.

Decrease in availability of fresh drinking water due to heavy requirements of irrigation for biofuel crops, yet this would depend on regional water management practices and relationships between agriculture and local hydrology.

Surge in ocean acidification and displacement of marine species due to mismanagement of effluents produced during the conversion of biomass into fuel. Such impacts are more typically associated with industrial processes, and a direct connection between them and the production of biofuels is not well-established.

LED (Light Emitting Diode)

Fluorescent

Incandescent

Halogen

By focusing on electric vehicle only policies public transit inadvertently supports additional coal-derived electricity generation.

By prompting urban spread, public transit system often leads to increased destruction of natural habitats.

By reducing reliance on individual cars there may be decreased air pollution and lower greenhouse gas emission.

By concentrating pollution in specific area, public transport increases overall air quality city-wide.

By reducing taxes on income and sales which leaves more money available for investment in sustainable technologies by businesses and individuals alike.

By banning certain high-carbon industries outright instead of allowing them a chance to adapt their business models gradually over time.

By subsidizing all energy types equally so that consumers choose based solely on personal preference rather than cost-effectiveness.

By increasing the cost of using carbon-intensive energy sources thus incentivizing reduced consumption or switch to renewables.

Frequent necessity clear vast areas land before erection turbines.

Greater visual aesthetic impact landscapes compared solar panels.

Increase reliance rare earth materials their manufacture.

Declining cost installation coupled with increasing technological efficiency.

Nitrogen levels in soil

Atmospheric ozone concentration

Ambient noise levels

Frequency of human visitation

Higher energy costs from improved efficiency discourage further investment in energy-saving technologies.

Increased efficiency leads to decreased production as industries become less competitive globally.

Improved efficiency lowers the relative cost of using a resource, which can increase its total consumption.

Enhanced efficiency causes a depletion of non-renewable resources, leading directly to increased energy prices.

Stabilization of prices at the consumer end with minimal changes to supply dynamics

Immediate obsolescence of coal-fired plants as solar and wind power dominate the market

Reduction of greenhouse gas emissions due to increased appliance efficiency

Decrease in overall demand leading to surplus generation capacity