How to Track New Opportunities in the Green Economy
A successful job-hunt is about finding opportunity. A successful eco-friendly job-hunt is about finding opportunity in the green economy. This means you must know how to track a moving target, as sustainable enterprise and other environmental sectors are still evolving. Companies look for demand before investing. You, too, can predict what will be in demand, and therefore invest in the right career search, by tracking these factors:
Goals and mandates. One of the most effective ways to change behavior is to create policies and regulations that encourage green actions and discourage actions that are inconsistent with the goals of the green economy. Over the years some local governments and states have put policies and regulations in place to move their regions in a green direction. The result has been a patchwork of policies that has made it difficult for the business community to fully embrace the stated goals and act. With the new Obama Administration, a more nationally focused set of policies and regulations are under discussion. Although details are not all nailed down, it is clear that the administration intends to encourage investments, innovations, and business development in the green economy. Only time will tell exactly what all the key policies will look like. For instance, keep an eye for a National Fuel Efficiency Policy and a National Renewable Energy Standard.
Incentives and disincentives. Implementing the right incentive program via laws can literally create a marketplace overnight. Right now, cap-and-trade systems and solar feed-in tariffs have a lot of potential.
Unfortunately, what goes up often comes down. When existing incentive programs expire after a designated period of time, industries may falter as their guaranteed customer base vanishes. The hope is that the corresponding industry has reached a level of stability so that the expiration doesn’t cause the industry to contract.
Treaties and agreements. Although the United States is not legally bound by the Kyoto Protocol (originally signed by 192 countries in 1994), the agreement was officially put in place for the more than 140 other countries who had ratified it. As such, the Kyoto Protocol has continued to play a part in forming the green economy through the world. Domestically, more than 1,000 mayors have signed the U.S. Conference of Mayors Climate Protection Agreement, which enabled mayors to commit to the same Kyoto reductions in greenhouse gas emissions for their cities. Tracking developments such as these is crucial for understanding the direction of the green economy.
Research funding. With the green economy comes the need for new innovations and new knowledge. As you’ve no doubt noticed, a number of interlocking problems need exploration and out-of-the-box thinking. Unfortunately, research, thinking, and innovation require quite a bit of funding — that is, money. Most universities, think tanks, and research labs have been stretched in recent years by decreasing funding and tight budgets. Find out where the money is coming from (and therefore going to) — for example, money from the American Recovery and Reinvestment Act going to the National Science Foundation, the Department of Energy, and the Department of the Interior.
Capital investments. Money makes the world go around. Start-up companies need money. Period. Without funds, companies promoting innovations that could change the world can fail quickly. Funds for the green economy come from three main sources: venture capitalists, large capitalized companies, and contracts, grants, and loans from the American Recovery and Reinvestment Act.
Innovations. Although climate change is unlikely to be reversed through innovation alone, technological advances are likely to play a significant role in determining how the green economy develops over time. As new technologies come on the scene, don’t be surprised if they knock previous technological darlings off the map. It’s entirely possible that innovations within emerging industries such as algae biofuels, cellulosic biofuels, the smart grid, and lithium ion batteries could change the future by opening up new avenues for even further development.
Scientific findings. Watching An Inconvenient Truth was the first time many people thought about global warming. By putting scientific findings in engaging contexts, Al Gore woke many up to the issues. Unfortunately, knowing about global warming isn’t enough. We must continue to turn to scientific findings to assess the current impact on the planet and to forecast how higher temperatures, shifts in ecosystems, and higher sea levels will impact our lives.

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Biomass power; biopower
Biopower creates electric power from organic material such as manure, crops, wood resources and processing residue, food and yard waste, and municipal bio waste. Biomass can be converted to electricity, biofuels, space heating/cooling, or process heat.

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Cleantech; clean energy
Products, processes, and services that depend on renewable energy sources, minimize waste, and use natural resources judiciously.

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Climatologist
Scientist who studies long-term climate variations by looking at past weather data and using complex computer models and datasets to project how various factors such as greenhouse gases, volcanic activity, and solar flares impact our climate.

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Concentrating solar power CSP
Typically used in utility-scale projects, CSP uses a large array of mirrors to focus sunlight onto receivers. As the receivers collect the solar energy, they convert it to heat. Several designs are in use, including a mirrored dish, a power tower with mirrors encircling the tower, and linear trough systems.

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Cradle to cradle model
Production life cycle wherein materials from outdated models become an input to the production process.

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Diverted waste
Waste that doesn’t make its way to landfill because it is reused, recycled, or composted.

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Ecohydrology
Branch of hydrology industry that tackles how organisms interact with water at various stages of the water cycle.

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Ecolabeling
A labeling system to assess the life cycle impact of a product or service.

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Ecological design
Section of ecology that calls upon designers to bring ecological principles into the design projects to conserve energy, reduce toxins, and minimize waste.

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Ecological engineering
Industry that integrates the two fields of ecology and engineering to design, monitor, restore, and construct aquatic and land-based ecosystems in a way that benefits humans and the environment. Applications include creating ecosystems to handle storm water in urban areas or restore community forests or wetland areas.

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Ecotourism
According to the Mohonk Agreement of 2000, ecotourism is tourism that seeks to minimize ecological and sociocultural impacts while providing economic benefits to local communities and host countries.

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Electronic waste; e-waste
Discarded TVs, computers, monitors, printers, scanners, mice, keyboards, and cellphones.

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Environmental education
A process aimed at developing a world population that is aware of and concerned about the total environment and its associated problems, and which has the knowledge, attitudes, motivations, commitments, and skills to work individually and collectively toward solutions of current problems and the prevention of new ones.

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Environmental geography
Branch of geography (the study of earth, including human geography, which refers to the built environment, and physical geography, which consists of the natural environment) which looks at the interactions between humans and the environment in order to understand how the environment is created, managed, and used.

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Environmental meteorologist
Scientist that uses his or her expertise to study and evaluate environmental problems, including climate change, air contaminants, greenhouse gas emissions, fresh water shortages, droughts, and ozone depletion. Environmental meteorologists may be called upon to conduct environmental assessments and prepare environmental impact reports on their findings.

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Environmental science
An interdisciplinary study of the natural environment from a systems point of view.

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Forestry
Broad term used to refer to the management of natural forests, industrial forests, and the other natural resources found within forests.

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Geodesy
Branch of applied mathematics that specializes in measuring the Earth to determine its shape and size.

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Geology
The study of the physical properties of the solid and liquid materials that make up the Earth, their history, and the processes that create and change them.

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Geophysics
The study of the entire Earth as a whole using quantitative instruments and the principles of physics.

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Geosciences; earth sciences
An umbrella term for all the sciences that are devoted to studying the planet. Typically divided into four fields: geography, geology, geophysics, geodesy.

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Geothermal energy
Clean, reliable, renewable resource that taps the heat from the core of the Earth to generate electricity and provide heating and cooling applications. Geothermal energy is divided into three categories: geothermal electricity production, geothermal direct use, geothermal heat pumps.

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Glaciology
Branch of hydrology that focuses on glaciers.

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Green
Generally used as shorthand for something that improves the state of the environment in a discernable way. Can refer to a product, industry, company, job, process, or organization that conserves energy and resources, generates clean, renewable energy, minimizes waste, eliminates hazardous materials, or restores the environment and biodiversity.

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Green economy
The industries that are producing greener products, using cleaner processes, and offering more sustainable services in an effort to move us toward a new standard.

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green marketing; environmental marketing; ecological marketing
Marketing practices that emphasize a company’s corporate social responsibility initiative; the marketing story may also include a description of the social impact of the product on the communities of the suppliers, producers, and end users.

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Green-washing
Marketing practices that lead the consumer to believe that a product or service is beneficial to the planet even though it’s not.

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Holistic land management
Managing their land holistically or sustainably, using a triple bottom line approach that balances financial results, environmental impact, and community impact.

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Hydrogeology
Branch of hydrology that looks at the movement and distribution of groundwater.

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Hydrography
Branch of hydrology that researches the distribution of water.

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Hydrology
Scientific field that assesses the quantity and quality of water by studying the movement of water, the quality of water, and how water is distributed over time and space throughout the Earth. The study includes the biological, chemical, and physical properties of water and how these properties interact with the environment and living organisms during the water cycle.

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Hydrometeorology
Branch of hydrology that examines water as it moves from bodies of water to the atmosphere.

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Industrial ecology
Branch of ecology that incorporates ecological principles into the technological world of manufacturing. The goal within this sub-discipline is to create industrial systems that function much like a natural ecosystem.

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Limnology
Branch of hydrology that tracks inland waters.

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Ocean current energy
Source of energy that takes advantage of strong currents that occur naturally between islands, near headlands, and at the entrances of bays and harbors. Underwater turbines capture the energy created by currents that have a velocity of 5 or more knots.

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Ocean thermocline energy OTEC
Method of energy creation that relies on temperature differences between the warm water on the surface of the ocean and the cold water at deeper depths.

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Rangelands
Unimproved lands with a high proportion of native vegetation that may be marshy, shrubby, grassy, or arid desert.

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Renewable energy
Energy that is derived from resources that are readily available all over the world. The crucial feature of renewable energy is that by tapping into its power, you don’t deplete the resource, nor do you inflict damage on the environment or the planet as a whole.

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Reverse logistics; aftermarket logistics; retrologistics; aftermarket supply chain
All post-sale logistics, from the support call center and field service to refurbishing, recycling, and reusing materials in a product at the end of its life cycle.

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Smart grid
The industry that focuses on how electricity and information are handled from power generation, transmission, and distribution to energy storage and real-time energy management technology are successfully combined, including traditional and new energy sources, within a reliable, secure, efficient infrastructure.

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Supply/distribution logistics; supply chain
The management of a vast network of suppliers spread throughout the world through sophisticated software that allows all the players to understand the supply and demand needs and status.

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Surface hydrology
Branch of hydrology that studies how water moves on the surface of the earth.

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Sustainable
Any sort of practice that does not take more from a source than it can regenerate in a reasonable amount of time. One way to become sustainable is the triple bottom line approach — attending to the economic and social and environmental impacts of our choices.

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Sustainable manufacturing
According to the U.S. Department of Commerce, the creation of manufactured products that use processes that are non-polluting, conserve energy and natural resources, and are economically sound and safe for employees, communities, and consumers. The goods may have green uses, such as solar panels or green building supplies, or they may be traditional goods produced sustainably, such as toothpaste and carpet tiles.

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Tidal energy
Energy captured and converted to electricity as tidal waters move into and out of a bay.

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Waste-to-energy WTE
Renewable energy model that uses facilities that burn organic and manufactured waste in carefully designed boilers with modern pollution control equipment to scrub the emissions from the burn and maintain precise heat conditions to ensure that all waste matter is combusted completely.

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Wave power
Energy captured from the change in height and speed of ocean waves.

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Wind energy
Energy captured from the wind created as the sun heats different parts of the earth at different rates, and hot air rises and cooler air is drawn in to replace the warmer rising air.