Biocomplexity- Incubation Activity: Exploration of Feedback Mechanisms Influencing contaminant Flux and the Ecology of the Lower Mississippi River System

0084052乔治一个多学科的科学家小组已经组装，以研究人类活动和气候波动对污染物和生物群之间的相互关系在下密西西比河的影响的复杂问题。 将举行研讨会和讨论，检查河流及其整个流域，将所有自然力量和人为活动定义为“子系统”，其各个要素解释了“整体”的可观察条件。“该项目围绕着密西西比河下游的300万条水质信息记录数据库，并采用了一种新的方法来综合汇编来自不同来源的数据，使用综合批量分析技术和相关的地理信息系统来评估数据质量，可比性和水质趋势。 项目活动将提供一个框架，以便全面努力开发一个预测模型，预测相互关联的系统要素及其对密西西比河下游水质和生态的终点影响。

0084052GeorgeA multi-disciplinary team of scientists has been assembled to study the complex issues governing the effects of human activity and climatic fluctuations on the interrelationships between contaminants and biota in the Lower Mississippi River. Workshops and discussions will be conducted examining the river and its entire watershed, defining all natural forces and anthropogenic activities as "subsystems" whose various elements account for the observable condition of the "whole." This project centers around a 3-million record database of water quality information for the Lower Mississippi River, and incorporates a new approach to comprehensive compilation of data from heterogeneous sources, using integrated batch analysis techniques and an associated geographic information system to evaluate data quality, comparability, and water quality trends. Project activities will provide the framework for a comprehensive effort to develop a predictive model of the interrelated system elements and their endpoint effects on the water quality and ecology of the Lower Mississippi River.