New Jersey Farmland Preservation Program. This is a courtesy copy of the AMP text. It’s time to make your life easier. Our goal is to provide the ag producer with farm and ranch software that will make record keeping easy while maximizing profitability. EasyFarm saves you time, money. The Irrigation Association is the leading membership organization for irrigation companies and professionals. Together with our members, we are committed to promoting efficient irrigation and to long-term sustainability of. Farm Works Contact Hotels and Airports Directions Home. Log In Site Search : Now Available : Office . Farm Management Software for the Office. Software for field records, accounting, mapping, livestock records, and water. Should there be any discrepancies between this text and the official version, the official version will govern.(a) As used in this section, the following words and terms shall have the following meanings, unless the context clearly indicates otherwise. C- 1. 4 or a subregional agriculture retention board established pursuant to N. J. S. A. A farm management unit of no less than five acres producing agricultural or horticultural products worth $ 2,5. Farmland Assessment Act of 1. N. J. S. A. 5. 4: 4- 2. A farm management unit less than five acres, producing agricultural or horticultural products worth $ 5. Farmland Assessment Act of 1. N. J. S. A. The total area calculation shall include land devoted to the solar energy generation facilities; nonfarm roadways; roadway or utility easements accessing the solar generation facilities; any areas of the farm used for underground piping or wiring to transmit solar energy or heat where the piping or wiring is less than three feet from the surface; and any other buildings or site amenities deemed necessary for the production of solar energy on the farm. Property lines and physical dimensions of the commercial farm; 2. Location, configuration and size of the occupied area measured in square feet and acres; 3. Method of mounting, system height and generating capacity (in alternating current) of the solar energy generation facilities; 4. Farm Bill; Landscape Initiatives; Financial Assistance; Technical Assistance; Easements; Landscape Planning; Alphabetical Listing & Archive; Newsroom. Find local program and technical information on our NRCS state websites. Home » Blog » Solar Farm Grounds Management Vegetation Control. Solar Farm Grounds Management Vegetation Control. High Frequency Active Auroral Research Program Research Station; Established. University of Alaska Fairbanks: The High Frequency Active Auroral Research Program (HAARP). Everything you need for your virtual cockpit, Sapce Ship, or Farm Tractor, from the latest X-56 flight simulator systems,flight yokes to wheel and pedals sets for farm simulator. Saitek sim controllers bring you closer to reality.Computed distances for setbacks and screening where required; 5. Proposed new roadways and existing roadways to access the facilities; 6. Use of concrete, asphalt, gravel, geotextile fabrics and the nature and extent of any site disturbances within the occupied area; 7. A copy of the USDA, Natural Resources Conservation Service soil map that uses the most current Soil Survey. Geographic (SSURGO) database with a summary of the soil mapping units and designation of prime farmlands for the entire property; 8. A copy of the conservation plan that was approved by the soil conservation district, which is referenced in this section; 9. A copy of the farmland assessment form approved by the local tax assessor for the commercial farm; and. A copy of the analysis demonstrating that the solar energy generation system has been designed to comply with the sound standards in (j) below. The Right to Farm Act, N. J. S. A. The Farmland Assessment Act of 1. N. J. S. A. The Pinelands Protection Act, N. J. S. A. 1. 3: 1. A- 1 et seq., and the standards of P. L. 1. 11, and the Comprehensive Management Plan for the Pinelands Area adopted pursuant to P. L. 1. 11 for any lands located in the Pinelands Area; 4. The Coastal Area Facilities Review Act, N. J. S. A. 1. 3: 1. New Jersey Department of Environmental Protection Coastal Zone Management rules at N. J. A. C. The Highlands Water Protection and Planning Act, N. J. S. A. The Freshwater Wetlands Protection Act, N. J. S. A. 1. 3: 9. B- 1 et seq.; and. The State Uniform Construction Code, N. J. A. C. 5: 2. 3.(c) The interconnection of the solar energy generation facilities to the electrical transmission or distribution system is subject to any applicable requirements of the Federal or State government.(d) An owner or operator of a commercial farm who is seeking right- to- farm protection for the construction, installation, operation or maintenance of a solar energy generation facility shall provide a site plan to the board or committee upon request.(e) Solar energy generation facilities shall not be constructed or installed on prime farmlands to the maximum extent physically and financially practicable.(f) The mounting of solar photovoltaic panels, collectors or films constructed, installed and operated on the farm shall be done in the following manner: 1. To minimize adverse impacts on the productivity of the soil, the preferred installation shall be as follows: i. On buildings or facilities; ii. On the ground by a screw, piling or similar system that does not require a concrete footing or other permanent mounting; oriii. Where the occupied area does not exceed one acre on the ground using gravel within contained structures, concrete block or similar materials for the purpose of providing ballast for mounting the solar energy generation facilities; or. In the event that the method in (f)1 above, of mounting the solar photovoltaic panels, collectors or films, are not practicable, then written justification shall be provided by a licensed professional engineer responsible for designing the installation of the solar photovoltaic panels, collectors or films that a permanent ground mounting is necessary to conform with Federal or State laws, rules or regulations and that the permanent mounting requires footings, concrete or other permanent methods.(g) Ground- mounted solar energy generation facilities shall be constructed in compliance with the following system height, setback and screening standards: 1. Mounting. System Height. Size of Occupied Area. Minimum Setback To an Adjacent Residence Existing at the Time of System Installation and Not Located on the Commercial Farm. Mimimum Seback To Property Line or Public Roadway Right of Way. Required Screening. Ground. Up to two feet. Up to one acre. 20. Not Required Ground. Greater than two feet up to 1. Up to one acre. 30. Not Required. Ground. Up to 1. 0 feet. Greater than one acre up to 1. Required. 40. 0 feet. Not Required. Ground. Greater than 1. 0 feet up to 2. Up to 1. 0 acres. Required. 50. 0 feet. Not Required. 2. Solar energy generation facilities shall not exceed a maximum system height of 2. Solar energy generation facilities shall be located in a manner that minimizes views of the facilities from public roadways and existing residences not located on the commercial farm, by utilizing existing visual barriers including, but not limited to, buildings, trees, hedgerows and pre- existing natural topography to the maximum extent possible. In the event that existing visual barriers do not fully obstruct the view of the solar energy generation facilities, the installation of vegetative screens is required in certain circumstances as identified in paragraph (g)1 above. The installation of required vegetative screens shall comply with the aesthetic standards of the conservation plan approved by the soil conservation district and implemented by the owner pursuant to N. J. S. A. 5. 4: 4- 2. The conservation plan approved by the soil conservation districtmust address the soil and water resource concerns outlined in the National and State Resources Concerns and Quality Criteria (Section III) and Practice Standards (Section IV) of the Natural Resources Conservation Service NJ- Field Office Technical Guide (NJ- FOTG). The conservation plan filed must include a completed and NRCS- approved CPA- 5. Environmental Evaluation Worksheet. The aesthetic standards of the conservation plan shall address the following: (1) The use of existing visual barriers, where practicable; (2) The need for and location of vegetative screens, including the identification of appropriate species and varieties of vegetation, to ensure that there is adequate visual screening throughout the year; and(3) The appropriate height or caliper of the vegetation to be planted to ensure that there is a 7. The solar energy generation facilities shall be constructed to avoid solar reflection on adjoining properties and public roadways.(i) The treatment of the land for purposes of constructing, installing, operating or maintaining the solar energy generation facilities within the occupied area shall be in accordance with the following standards: 1. The use of existing roadways to provide access to the solar energy generation facilities shall be maximized to avoid the construction of new onsite roadways to the extent practicable. New roadways within the occupied area shall be designed as grassed roadways to minimize the extent of soil disturbance, water runoff and soil compaction. The use of geotextile fabrics and gravel placed on the surface of the existing soil for the construction of temporary roadways during the construction of the solar energy generation facilities is permitted provided that the geotextile fabrics and gravel are removed once the solar energy generation facilities are in operation; 2. The use of geotextile fabrics covered by a layer of gravel is permitted as a base for the installation of solar energy generation facilities provided that the system height is no greater than two feet and the occupied area does not exceed one acre; 3. The use of concrete or asphalt is prohibited within the occupied area, except as follows: i. The mounting of inverters, transformers, power conditioning units, control boxes, pumps and other such system components; ii. The mounting of solar photovoltaic panels, films and arrays when used as ballast, as described in paragraph (f)1 above; andiii. The mounting of the solar photovoltaic panels, films and arrays, if determined necessary by a licensed professional engineer as described in paragraph (f)2 above; 4. Site disturbance including, but not limited to, grading, soil removal, excavation and soil compaction is limited to no more than one acre within the occupied area to ensure that the area can readily be returned to active agricultural or horticultural production after the removal of the solar energy generation facilities; 5. During construction and installation of the solar energy generation facilities, appropriate measures are taken to control soil erosion from wind and water including, but not limited to, the following: i. The temporary stabilization of exposed areas using vegetative cover or mulch; andii. The application of non- potable water to exposed areas and the utilization of barriers to control air current and minimize soil blowing; 6. During operation and maintenance of solar energy generation facilities, appropriate measures are taken to address soil and water resource concerns in accordance with the conservation plan; 7.
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