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<br />F RAY E 0 SA F E T Y NET S ....................................................................................................................................................................,...., <br /> <br />SECTION <br /> <br />TWO <br /> <br />Elements of ESA-Related <br />Conservation Planning <br /> <br />Conservation planning is an interdisciplinary <br />process that can involve many stakeholders and <br />goals. Here we identify four elements - scientif- <br />ic integrity, meaningful public input, adequate <br />funding and legal enforcement - that are essen- <br />tial for effective conservation planning. Each of <br />these elements is described in detail. Highlights <br />from plans are noted and national trends are dis- <br />cussed. <br /> <br />Sdence <br /> <br />Biological information and scientific princi- <br />ples underlie the entire process of conservation <br />planning. For each plan, there must be ecologi- <br />cal information on the species concerned, survey <br />information for the planning area and a moni- <br />toring program to track population and habitat <br />changes. A variety of biologists need to be <br />involved in plan development, including inde- <br />pendent scientists with no financial stake in the <br />outcome of the plan. Scientific principles must <br />be applied to various aspects of the plan, from <br />preserve design to habitat and species manage- <br /> <br />ment. Here, we address how the plans that we <br />reviewed have incorporated these basic scientific <br />considerations. <br /> <br />Design of Conserved Areas <br /> <br />Geographic Scope of Planning <br /> <br />e <br /> <br />According to the FWS and NMFS HCP <br />handbook, "neither the ESA nor its implement- <br />ing regulations limits the size of an HCP plan- <br />ning area.... HCP boundaries should encompass <br />all areas within the applicant's project, land-use <br />area, or jurisdiction within which any permit or <br />planned activities likely to result in incidental <br />take are expected to occur" (pp. 3-11, FWS and <br />NMFS 1996). Given this flexibility, there is one <br />simple aspect of plans that can improve conser- <br />vation planning from the very beginning: the <br />ability to define the plan's geographic scope in a <br />biologically relevant manner. This advantage is <br />not possible in traditional HCPs under Section <br />10 of the ESA. Rather than defining the plan- <br />ning area according to biologically determined <br />criteria (i.e., watershed, community type, ecosys- <br />