生态系统与生态学杂志

抽象的

Evaluating Pesticide Toxicities to Key Aquatic Organisms Using Online Toxicity Databases

Porseryd Tove

Pesticide observing programs are required to get it pesticide defilement within the environment. They can be utilized to compare existing water quality rules and related their nearness with exercises related to catchments. Hence, give vital data for administration activities. A major challenge with such programs is to decide which pesticides ought to be screened and this assurance is made more troublesome as numerous unused pesticides are ceaselessly rising on markets. We have created a strong strategy to recognize those pesticides which ought to be included in screens based on whether they are likely to be utilized inside the locale studied and on the off chance that they posture a danger to sea-going environments. This approach is outlined by comparing the Warrnambool South West (WSW) and Mornington Promontory (MP) districts inside Victoria, Australia that have differentiating land-use hones. Those pesticides in these items which were not screened by commercial research facilities were at that point distinguished. Region-specific distinguishing proof of predominant pesticide utilization was assessed by coordinating the highestgrossing rural commodities inside the two locales with pesticide-specific land-uses. A add up to of 56 (WSW) and 54 (MP) special pesticides and another 34 being common in both districts were recognized that can be expanded to standard screens of expository research facilities. Diverse pesticides of concern are likely to be distinguished for sea-going environments in other districts of the world; as they will have diverse territorial land-uses, research facility screens and diverse pesticide utilize to those distinguished in this ponder. The approach displayed here can help specialists in distinguishing which pesticides ought to be joined into neighborhood pesticide observing programs.