Current measures used to estimate the risks of toxic chemicals are not relevant to the goals of the environmental protection process, and thus ecological risk assessment (ERA) is not used as extensively as it should be as a basis for cost-effective management of environmental resources. Appropriate population models can provide a powerful basis for expressing ecological risks that better inform the environmental management process and thus that are more likely to be used by managers. Here we provide at least five reasons why population modeling should play an important role in bridging the gap between what we measure and what we want to protect. We then describe six actions needed for its implementation into management-relevant ERA. © Taylo...
It is generally acknowledged that population-level assessments provide,I better measure of response ...
Ecological Models for Regulatory Risk Assessments of Pesticides: Developing a Strategy for the Futur...
Exposure to contaminants in the environment is quantified through the ecological risk assessment (ER...
Current measures used to estimate the risks of toxic chemicals are not relevant to the goals of the ...
Current measures used to estimate the risks of toxic chemicals are not relevant to the goals of the ...
Current approaches to ecological risk assessment (ERA) are not sufficient to address environmental p...
Under standard guidance for conducting Ecological Risk Assessments (ERAs), the risks of chemical exp...
We argue that population modeling can add value to ecological risk assessment by reducing uncertaint...
Understanding how pollution affects populations is critical for targeted environmental risk assessme...
This brief communication reports on the main findings of the LEMTOX workshop, held from 9 to 12 Sept...
Recent research has provided valuable momentum for the development and use of population models for ...
Ecological risk assessments (ERAs) are not used as well as they could be in risk management. Part of...
Ecotoxicology emerged in the 1970s as the environmental branch of the field of toxicology. As a cons...
Why population level risk assessment? - We want to protect (local) populations in the field, effects...
Whereas current chemical risk assessment (RA) schemes within the European Union (EU) focus mainly on...
It is generally acknowledged that population-level assessments provide,I better measure of response ...
Ecological Models for Regulatory Risk Assessments of Pesticides: Developing a Strategy for the Futur...
Exposure to contaminants in the environment is quantified through the ecological risk assessment (ER...
Current measures used to estimate the risks of toxic chemicals are not relevant to the goals of the ...
Current measures used to estimate the risks of toxic chemicals are not relevant to the goals of the ...
Current approaches to ecological risk assessment (ERA) are not sufficient to address environmental p...
Under standard guidance for conducting Ecological Risk Assessments (ERAs), the risks of chemical exp...
We argue that population modeling can add value to ecological risk assessment by reducing uncertaint...
Understanding how pollution affects populations is critical for targeted environmental risk assessme...
This brief communication reports on the main findings of the LEMTOX workshop, held from 9 to 12 Sept...
Recent research has provided valuable momentum for the development and use of population models for ...
Ecological risk assessments (ERAs) are not used as well as they could be in risk management. Part of...
Ecotoxicology emerged in the 1970s as the environmental branch of the field of toxicology. As a cons...
Why population level risk assessment? - We want to protect (local) populations in the field, effects...
Whereas current chemical risk assessment (RA) schemes within the European Union (EU) focus mainly on...
It is generally acknowledged that population-level assessments provide,I better measure of response ...
Ecological Models for Regulatory Risk Assessments of Pesticides: Developing a Strategy for the Futur...
Exposure to contaminants in the environment is quantified through the ecological risk assessment (ER...