Keywords for Environmental Risk Management
Accronym | Keywords | Chapter |
Biodiversity | 1 | |
Ecological risk | 1 | |
Ecosystem service | 1 | |
Endpoint | 1 | |
Environmental economy | 1 | |
Environmental risk | 1 | |
Hazard | 1 | |
Human health risk | 1 | |
POPs | Persistent organic pollutants | 1 |
Pollution | 1 | |
Precautionary principle | 1 | |
Prevention | 1 | |
Rio declaration | 1 | |
Risk | 1 | |
Risk assessment | 1 | |
Risk communication | 1 | |
Risk management | 1 | |
Scenario | 1 | |
Type I error | 1 | |
Type II error | 1 | |
uncertainty | 1 | |
weight of evidence | 1 | |
Acute toxicity | 2 | |
Chronic toxicity | 2 | |
DDT | Dichloro diphengl trichloroephane | 2 |
Dose-response curve | 2 | |
Ecotoxicology | 2 | |
Endocrine disrupter | 2 | |
Extrapolation | 2 | |
High risk group | 2 | |
LNT | Linear and non-threshold (model) | 2 |
LOAEL | Lowest observed adverse effective level | 2 |
LC50 | Median lethal concentration | 2 |
NOAEL | Non-observed adverse effective level | 2 |
QSAR | Quantitative structure-activity relationship | 2 |
Risk-benefit analysis | 2 | |
Safety coefficient | 2 | |
Sensitivity | 2 | |
Threshold model | 2 | |
TBT | Tribtyltin | 2 |
TBT | Tribtyltin | 2 |
Effluent standard | 3 | |
Environmental standard | 3 | |
HC5 | Hazardous concentration for 5% of species | 3 |
Non point source | 3 | |
Species sensitivity distribution | 3 | |
Demographic stochasticity | 4 | |
EIA | Environmental impact assessment | 4 |
Expected loss of biodiversity | 4 | |
Extinction risk | 4 | |
PVA | Population viability analysis | 4 |
Redlist | 4 | |
Density effect | 5 | |
Discount rate | 5 | |
Ecological footprint | 5 | |
MSY | Maximum sustainable yield | 5 |
Overexploitation | 5 | |
TAC | Total allowable catch | 5 |
trophic level | 5 | |
Accountability | 6 | |
Adaptive management | 6 | |
AIC | Akaike's information criterion | 6 |
Bayesian estimation | 6 | |
Confidence interval | 6 | |
Likelihood | 6 | |
Matrix population model | 6 | |
Maximum likelihood method | 6 | |
Measurement error | 6 | |
Population dynamics | 6 | |
Process error | 6 | |
State space model | 6 | |
MVP | Minimum viable population | 7 |
Endangered species act | 8 | |
Environmental stochasticity | 8 | |
PBR | Potential biological removal | 8 |
Scientific committee | 8 | |
Threatened | 8 | |
CPUE | Catch per unit effort | 9 |
Cost-effective | 9 | |
Exotic species | 9 | |
Ecosystem approach | 10 | |
Ecosystem management | 10 | |
Feasibility | 10 | |
Multi-disciplinary | 10 | |
Natural disturbance | 10 | |
Participatory approach | 10 | |
Passive restoration, | 10 | |
Regulatory science | 10 | |
Resilience | 10 | |
Succession | 10 | |
Sustainable use | 10 | |
Transdisciplinarity | 10 | |
ABS | Access and benefit sharing | 11 |
Bottle neck effect | 11 | |
Genetic diversity | 11 | |
GMO | Genetically modified organism | 11 |
Business risk | 12 | |
LCA | Life cycle assessment | 12 |
Risk tradeoff | 12 | |
Screening assessment | 12 | |
adaptation policy | 13 | |
Conservation ecology | 13 | |
game theory | 13 | |
mitigation policy | 13 | |
Nash solution | 13 | |
the tragedy of the commons | 13 | |
ILK | Indeginous local knowledge | |
NCP | Nature's Contribution to People | |
Open Science | ||
PES | Payment for ecosystem services | |
Science diplomacy |