Year One
Pittsburgh Pool
Maps : Reports
  Aquatic
Water Quality
  Introduction
  Study Goals
  Rivers & Streams
  Study Findings

  Terrestrial
Biotic Assessment
  Introduction
  Distribution
  Continuity
Riverbank
  Summary

  Social
River Dialogues
  Introduction
  Dialogue Process
  Dialogue Goals
  Dialogue Topics
History
  Rivers to Lakes

Terrestrial

Unfortunately discussions and decisions about our rivers are often defined by a limited set of interests determined by economic power. Informed Restoration of urban landscapes must be based on scientific assessments of present ecological conditions. Information on natural systems help facilitate regional planning. To this end we conduct a biotic assessment of vegetation along the river in which woody plants are identified and mapped during a boat based survey.
With this data we offer recommendations, linking the results of the survey to land use practices.

We view biodiversity as a core value relevant to a successful new economy and a renewed quality of life


>Biotic Assessment
>Riverbanks

Bio-Diversity
Bio-diversity is a confusing idea for most of us. We assume that it implies value. Like any numeric system, the value of bio-diversity is in relationship to other comparable areas. To understand it clearly we must apply the concept locally to situations that we have personal experience in. There are three questions that we have to ask ourselves:

a. Are there local sites with symbolic value to consider?
b. Are there indicators relevant to scientists and public?
c. What are the values of bio-diversity and how to communicate them?

Habitat diversity tells us about life in relationship to worldwide ecosystem types. Genetic diversity occurs when an area can support diverse population of the same species. Species diversity is what most people mean when they talk about bio-diversity. Species diversity refers to the different kinds of trees, bushes, grasses, birds, fish, mammals, reptiles or insects that occupy a single place.