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Guidelines for Planning and Managing Mountain Protected Areas

Guidelines for Planning and Managing Mountain Protected Areas

Guidelines for Planning and Managing Mountain Protected Areas

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III. Preservation of mountain biodiversity <strong>and</strong> physiographic features13. L<strong>and</strong> use (cultivation, grazing, plant harvesting, hunting, fishing) within protectedl<strong>and</strong>scapes (Category V) or Resource Management <strong>Areas</strong> (Category VI) <strong>and</strong> specifieduse zones of other protected areas should be regulated to ensure that viable <strong>and</strong> functionalpopulations of wild plants <strong>and</strong> animals are maintained. Monitoring programmes shouldassess the impact of such activities.14. Conservation of agrobiodiversity, including “heritage” breeds, should be encouragedamong local within-PA or neighbouring l<strong>and</strong> users. Outside the MtPA boundaries,private or communal stewardship l<strong>and</strong>s can provide both wild native-biodiversity buffers<strong>and</strong> domesticated valued biodiversity.Research <strong>and</strong> education/interpretation15. International, national <strong>and</strong> local databanks should be analysed in order to identify rare<strong>and</strong> endangered species, endemics <strong>and</strong> geoheritage types <strong>and</strong> should include biological,physical <strong>and</strong> ecological inventories.16. Research in mountain PAs should target threats <strong>and</strong> management needs, includingcollection of in<strong>for</strong>mation on the ecology of species that have a key role in the structure<strong>and</strong> function of ecosystems (“keystone” species) <strong>and</strong> “umbrella” species. Data should becollected <strong>and</strong> managed to facilitate decision-making, such as planning <strong>and</strong> monitoring.17. Research on physiographic features, geology, palaeoecology <strong>and</strong> glaciers provides usefulin<strong>for</strong>mation on the history <strong>and</strong> functions of the areas <strong>and</strong> can provide input to management<strong>and</strong> educational activities.18. Research on biodiversity <strong>and</strong> the history, ecology <strong>and</strong> cultural attractions of the PAshould feed into educational, interpretation <strong>and</strong> outreach programmes.19. Research should also be focused on aquatic biodiversity <strong>and</strong> watershed function.20. All- taxa biodiversity surveys can be triggered by “biodiversity blitzes”, assemblingteams of specialist scientists from other agencies or universities, as has been done in GreatSmoky <strong>Mountain</strong>s NP <strong>and</strong> The Australian Alps NPs.21. Creative use of local, minimally trained para-taxonomists is encouraged, such as has beenso effective in Costa Rica’s INBIO programme.22. Educational programmes should be developed to in<strong>for</strong>m local people, the general population<strong>and</strong> decision-makers of the area’s importance <strong>for</strong> biodiversity, watershed protection<strong>and</strong> other ecosystem services. Details of park management, research <strong>and</strong> conservationneeds should be communicated to local stakeholders, with an explicit emphasis on thelinks between the PA’s biodiversity <strong>and</strong> local development <strong>and</strong> culture. Visitor <strong>and</strong>interpretation centres can provide an effective focus.17

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