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Affordability is one of our major challenges, but if done as a contribution to a pre-existing green-belt plan (or private conservation/protection plan) the costs might be mitigated. Example: the Monastery of the Holy Spirit received income from selling stream mitigation credits on the Honey Creek Property (as a part of a larger, campus-wide mitigation bank) through the Corps of Engineers AND received open space funding from the State of Georgia because the property would be a part of the Mount Arabia. On the other hand, if a site is available (and affordable) but is small and isolated, it will be very difficult to enhance the conservation value of the property.
Availability is pretty obvious; spending a lot of time evaluating sites that are not known to be available can waste time and effort. In most cases, getting the advice of local land protection groups/advocates can be beneficial. It can also help avoid conflicts with land protection groups that might consider a potential site inappropriate for this use. Keep in mind “availability” can also include zoning restrictions (“available for this purpose”). Botanical baseline/Ongoing botanical monitoring Aldo Leopold said, “To keep every cog and wheel is the first precaution of intelligent tinkering”, and establishing a baseline is critical. Also, because a one-season botanical inventory might miss species, ongoing monitoring and inventory efforts are required. Best Practice here would involve procuring a thorough base-line inventory by a competent field biologist, with volunteers and/or staff continuing to search for new species. Photo documentation is suggested. Burial Density Contemporary cemeteries might have an average of 1,000 burials per acre, with nearly every square foot disturbed by the end of its capacity, potentially disturbing a conservative estimate of 30,000 square feet per acre, or 69% of each acre. In a conservation burial ground, 300 burials per acre could disturb about 9,000 square feet per acre, or about 20%, but the reduction in use due to natural terrain that includes unusable portions, such as ravines, wetlands, slopes, and flood plains gives us a more fluid estimate closer to 6%. Burial planning that utilizes nodes of density, meadow burial, perimeter burial, and other alternatives to the outdated and unfeasible method of gridding or plat mapping makes density choices more fluid and organic. Operators and the organization holding the easement should come up with a number based upon not only the direct impacts, but indirect impacts as well. Care of grounds
Direct and Indirect Impacts on Soil and Vegetation When Grave Siting
Easement/Deed Restriction
Land Selection
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Layout of internal transportation plan
Naturalness/Sensitivity/Beauty “Naturalness” is nebulous, but some extant floral and faunal diversity can be important in the early years of a project, as can be the ambient soundscape, geological features-especially water features. Keep in mind that not all portions of the project need to be “inventory”. Wetlands can contribute to the overall ecological value of the project, as well as creating opportunities for marketing, education, boardwalks, and memorial gifting if restoration is required. Operations and Management
Position in Landscape
Preservation and Stewardship
Site planning
Surveys/Other Information
Restoration/Maintenance Plan Should be based on a three main factors:
Tips and Tasks
Visitor Management/Services What sort of activities are allowed /encouraged. This will vary from site to site, but because the projects are actual functioning nature reserves, they will inevitably be more than one-dimensional cemeteries. Suggested activities include but are not limited to:
Other considerations:
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“The work of (ecological) restoration can become a way of intensifying awareness, appreciation, and understanding and may even be said to provide a means for the intellectual, emotional, spiritual and esthetic discovery of the landscape being restored.” |
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