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| Full TGIF Record # 336650 Item 1 of 1 |
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| Web URL(s): | https://archive.lib.msu.edu/tic/ressum/2023/2023.pdf#page=368 Last checked: 05/10/2024 Requires: PDF Reader Notes: Item is within a single large file |
| Publication Type: | Report |
| Author(s): | Zhou, Qiyu |
| Author Affiliation: | North Carolina State University |
| Title: | Potential CO2 capture via enhanced weathering by basaltic sand spreading on golf courses in the U.S. |
| Section: | Environment Other records with the "Environment" Section |
| Source: | Mike Davis Program for Advancing Golf Course Management: 2023 Progress Reports. 2023, p. 360-365. |
| Publishing Information: | Liberty Corner, New Jersey: The United States Golf Association Green Section |
| # of Pages: | 6 |
| Keywords: | TIC Keywords: Carbon sequestration; Dissolution rate; Emissions; Erosion; Golf course maintenance; Pollution control; Sand properties; Sand topdressings |
| Language: | English |
| References: | 0 |
| See Also: | Other Reports from this USGA research project: 2022-22-765 |
| Note: | Tables Graphs |
| USGA Summary Points: | Temperature, soil pH and basalt grain size significantly affect CO2 sequestration potential Substituting the currently used topdressing sand source, silica sand, with basaltic sand on putting greens located in warm region (≥ 25°C) and soil pH ≥ 8 could results in CO2 sequestration of a minimum of 0.4 Mt CO2(eq) yr-1 For the golf course is located in warm region (≥ 25°C) and soil pH ≥ 8, light and frequent basaltic sand application on maintained turfgrass area including putting greens, fairways, tees, practice areas, and roughs could result in CO2 sequestration of approximately 12 Mt CO2(eq) yr-1 Transportation of basalt material is a major source of CO2 emissions, substantially diminishing its sequestration potential. Instead of using USGA suggested sand particle size (0.05 to 1 mm), using reduced basaltic sand (≤50 µm) guarantees CO2 sequestration in warm region, and reduced basaltic sand (≤20 µm) guarantees CO2 sequestration in cold region. |
| ASA/CSSA/SSSA Citation (Crop Science-like – may be incomplete): | Zhou, Q. 2023. Potential CO2 capture via enhanced weathering by basaltic sand spreading on golf courses in the U.S.. USGA Turfgrass Environ. Res. Summ. p. 360-365. |
| Fastlink to access this record outside TGIF: | http://tic.lib.msu.edu/tgif/flink/RECNO/336650 |
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| Web URL(s) : | https://archive.lib.msu.edu/tic/ressum/2023/2023.pdf#page=368 Last checked: 05/10/2024 Requires: PDF Reader Notes: Item is within a single large file |
| MSU catalog number: | b3609415 |
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