http://web.pdx.edu/~rueterj/courses/esr102-201001/vocabulary1.html

This list covers from lecture 1 to 4 and will be on quiz 1.

LECT WORD or CONCEPT DEFINITION
1 wicked problem a problem in which the value alignment changes as more information is available, never really solved
1 world view a coherent, self-reinforcing set of values, intellectual approaches and working view of the structure of human/nature interactions
1 cornucopian world view that is relies on technology
1 industrial ecology world view rely on efficient technologies and market actions
1 committed environmentalist conserve resources
1 deep ecology strong rights for nature, preserve nature
1 pluralistic actively a diversity of viewpoints
1 I=PAT equation impact = population * affluence * technology, is used more of device to remember the components than a function
1 exponential population growth constant growth rate that compounds
1 logistic growth model self-limiting model for population growth
1 demographic transition model model that explains the decrease in death rate and then birth rate that were related to the level of industrialization in northern European nations
1 poverty trap condition in which nations stalls in both high birth and low economic growth
2 demographic dividend economic benefit that comes from reduced population growth in the process of industrialization
2 Millenium development goals list of goals that are proposed to reduce global poverty
2 ecosystem services provisioning, regulating or cultural services provided by natural capital that are useful to humans
2 determinants of well-being security, basic material, health and good social relations (from the Millenium Ecosystem Assessment )
2 population age structure distribution of the population by age class, pyramid in developing countries and even or top heavy in industrialized nations
3 mineral resource metals and other geological resources
3 depletion time estimated amount of time left at expected rates of consumption
3 reserves economical and known amount of resource, depends on the degree of uncertainty
3 fossil fuels originating from biomass that was buried in the past
3 list of energy resources renewable and non-renewable
3 net energy amount available for desired work, all the work minus the work it took to procure, transfer and use that energy
3 advantages and disadvantages for non-renewable energy sources at least one substantial advantage and disadvantage of each form
3 business as usual scenario no changes from current policies, economy or human behavior
4 energy the ability to do work (such as a kWatt*hr)
4 power work per unit time (such as a kWatt)
4 energy efficiency usable work done divided by the total energy used
4 negawatt The unit of measurement of savings, in the context of the idea that saving a watt through investing in efficiency is cheaper and preferable than creating a new watt of power generation (such as a new coal plant).
4 embedded energy the amount of energy that it took to make all the components of a project (such as the wood in a house)
4 operating energy the energy used over a period of time for a facility (such as the cost of heating and cooling a house)
4 energy intensity

embedded energy per area or weight of a product, for example one of the houses in Hokkaido had an energy intensity of 3.9 GJ m^-2 (3.9 giga-joules of energy per square meter of house).

This term is also often used in terms of the energy used per dollar of the gross domestic output.

4 ecological footprint for an activity that creates CO2, this is the area of average productive, arable land that it would take to take up that CO2
4 life cycle analysis LCA is the accounting for all the energy and materials that it takes to manufacture an item and the costs to deconstruct and dispose of that item - often called "cradle to cradle" or "dust to dust"
4 GDP gross domestic product - an indicator of all the transactions in an economy
4 GPI Genuine Progress Indicator - an indicator that focuses on contributions of the economy to the increased well-being of humans, often used in conjunction and for comparison purposes to the more accepted GDP
4 rebound effect the observation that often efforts to improve energy efficiency lead to the use of more energy (but more cost effectively)

Last updated on January 31, 2010 by John Rueter