Ferreyra, C., & Beard, P. (2007) Finding 2

To integrate different types of knowledge in watershed management, such as experiential knowledge with technical/scientific knowledge, provide group members and resource people (technical expert) with a forum where each can give their input on an equal basis, maximizing the depth of input from each type of expertise. Continue reading →

Adams, J., Kraft, S., Ruhl, J. B., Lant, C., Loftus, T., & Duram, L. (2005) Finding 1

As watershed organizations develop, facilitate a form of governance that is democratic and able to generate outcomes considered legitimate by all affected parties:

  • Provide a foundation of accepted scientific knowledge about the scope of the problems and the underlying biological-chemical-physical-socio-economic factors at work;
  • Develop rules to inform the planning process that are accepted as ‘‘right’’ and just by the stakeholders and provide for a process through which interested individuals (stakeholders)develop, debate, reject, and accept plans to deal withthe identified problems while promising to reach stipulated goals including a process for making the plan known to all affected parties;
  • Establish an accepted process for implementation, monitoring, and enforcement of the plan and its recommendations in an impartial way including a way to amend the plan or recommendation in light of new scientific information or changingsocial and/or environmental conditions.

Continue reading →

Ambrose, N. E., Fitch, L., & Bateman, N. G. (2006) Finding 3

When working on riparian issues, employ multiple interactions and a mix of many extension methods to offer opportunities for diverse information and ideas and methods of providing them, and to meet individualized learning needs. Methods may include presentations, field days, workshops, individual landowner visits, riparian health inventories and reports, written materials, technical advice, and web site information on riparian areas and grazing management. Continue reading →