Wildlife Management and Landscapes by William F. Porter;Chad J. Parent;Rosemary A. Stewart;David M. Williams;
Author:William F. Porter;Chad J. Parent;Rosemary A. Stewart;David M. Williams;
Language: eng
Format: epub
Publisher: Johns Hopkins University Press
Published: 2021-06-15T00:00:00+00:00
Figure 11.4. Examples of maps used in public participatory geographic information systems (PPGIS) workshops. (A) Digitized polygons drawn by stakeholders within PPGIS workshops representing Owyhee County, Idaho, USA. (B) Density of polygons drawn by stakeholders (darker shades indicate increasing densities).
In addition, the use of multiple graphics (e.g., photos, diagrams, videos) may facilitate a better understanding of proposed actions and result in efficient and effective products that aid management decision making. For instance, the use of photographs that exhibit treatment characteristics would further clarify for stakeholders what areas will be affected on the ground and provide a mental image of the spatial and temporal scale of the project. Photos of similar areas might represent how treated areas appear immediately after treatment and years into the future. Graphics offer alternatives, or additions, to verbal communication and clarify information that would otherwise remain complex or vague (Frankel and DePace 2012, McIrney et al. 2014). Removing the vagaries associated with spatially explicit mapping would certainly increase the quality of the product generated.
Building the mapping exercises around these different aspects of spatial and temporal scale, coupled with the inclusion of many graphics, would likely provide a more complete and resolved characterization of stakeholder values across the landscape. To build a PPGIS that incorporates more explicit attention to scale issues, however, hinges on detailed communication early on between the manager and landscape ecologist. The number of meetings necessary to have everyone working together depends on the complexity of the proposed project and the degree to which complex concepts are clearly articulated. By increasing the lines of communication on applications, such as PPGIS during an EIS process, a trickle-down effect will ensue, clarifying for stakeholders the scope of the project (Brymer et al. 2016). When stakeholders clearly understand the scope of a project, the data generated from such exercises will likely become more detailed and informed, facilitating more intricate mitigation strategies that incorporate different social perceptions during the development of management projects on public lands.
Download
This site does not store any files on its server. We only index and link to content provided by other sites. Please contact the content providers to delete copyright contents if any and email us, we'll remove relevant links or contents immediately.
Essentials of Geology by Stephen Marshak(362)
Probably Overthinking It: How to Use Data to Answer Questions, Avoid Statistical Traps, and Make Better Decisions by Allen B. Downey(240)
The Readable Darwin by Pechenik Jan A.;(234)
Spectral Geometry and Inverse Scattering Theory by Huaian Diao & Hongyu Liu(219)
Great Ways to Learn Anatomy and Physiology by McKissock Charmaine;(212)
Quantum International Relations by James Der Derian(204)
How to succeed in EPSO numerical reasoning tests by Franco Reverte José María(204)
Weathering: Types, Processes and Effects: Types, Processes and Effects by Matthew J. J. Colon(201)
Research and Publication Ethics by Santosh Kumar Yadav(190)
Dark Matter in the Universe by John N. Bahcall(187)
Fusion of Defects by Arthur Bartels; Christopher Douglas; André Henriques(187)
Mathematical Models in Economics. Lections by Shananin(185)
Mathematics Booster-1 by Singh Manoj Kumar(179)
Sampling by Lohr Sharon L.;(176)
The Structure of Scientific Inference by Mary B. Hesse(176)
Pearls from a Lost City: The LVOV School of Mathematics (History of Mathematics) (History of Mathematics, 40) by Roman Duda(176)
Flora Unveiled by Taiz Lincoln;Taiz Lee;(173)
Social Insects: Structure, Function, and Behavior : Structure, Function, and Behavior by Emily M. Stewart(162)
Wildlife Management and Landscapes by William F. Porter;Chad J. Parent;Rosemary A. Stewart;David M. Williams;(161)
