| Txt Link | Title | Author(s) | Abstract | Publisher Link |
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Nutrient loss with runoff from fairway turf: An evaluation of core cultivation practices and their environmental impact. |
Rice PJ, Horgan BP. |
No abstract available |
Not Available |
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Ovipositional preferences of the Japanese beetle (Coleoptera: Scarabaeidae) among warm- and cool-season turfgrass species. |
Wood TN, Richardson M, Potter DA, Johnson DT, Wiedenmann RN, Steinkraus DC. |
No abstract available |
Not Available |
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Patterns of variation in the seasonal dynamics of Listronotus maculicollis (Coleoptera: Curculionidae) populations on golf course turf. |
Diaz MD, Seto M, Peck DC. |
No abstract available |
Not Available |
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Pesticide transport with runoff from creeping bentgrass turf: Relationship of pesticide properties to mass transport. |
Rice PJ, Horgan BP, Rittenhouse JL. |
No abstract available |
Not Available |
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Pesticide transport with runoff from turf: observations compared with TurfPQ model simulations. |
Kramer KE, Rice PJ, Horgan BP, Rittenhouse JL, King KW. |
No abstract available |
Not Available |
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Phosphorus and nitrate nitrogen in runoff following fertilizer application to turfgrass. |
Shuman LM. |
No abstract available |
Not Available |
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Predicting runoff and associated nitrogen losses from turfgrass using the Root Zone Water Quality Model (RZWQM). |
Schwartz L, Shuman LM. |
No abstract available |
Not Available |
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Prospects for Managing Turfgrass Pests with Reduced Chemical Inputs. |
Held DW, Potter DA. |
No abstract available |
Not Available |
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Re: Carcinogenic and genotoxic potential of turf pesticides commonly used on golf courses. |
[No authors listed] |
No abstract available |
Not Available |
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Response of Canada geese to a turf application of diazinon AG500. |
Kendall RJ, Brewer LW, Hitchcock RR. |
No abstract available |
Not Available |
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Risk assessment of pesticide runoff from turf. |
Haith DA, Rossi FS. |
No abstract available |
Not Available |
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Selection of plants for optimization of vegetative filter strips treating runoff from turfgrass. |
Smith KE, Putnam RA, Phaneuf C, Lanza GR, Dhankher OP, Clark JM. |
No abstract available |
Not Available |
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Soil nitrate monitoring for turfgrass sod farms and other turf areas. |
Sullivan WM, Jiang Z. |
No abstract available |
Not Available |
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Thatch biodegradation and antifungal activities of two lignocellulolytic Streptomyces strains in laboratory cultures and in golf green turfgrass. |
Chamberlain K, Crawford DL. |
No abstract available |
Not Available |
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Turfgrass thatch effects on pesticide leaching: a laboratory and modeling study. |
Raturi S, Carroll MJ, Hill RL. |
No abstract available |
Not Available |
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TurfPQ, a pesticide runoff model for turf. |
Haith DA. |
No abstract available |
Not Available |
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[Application of near-infrared spectroscopy in golf turfgrass management]. |
Li SY, Han JG. |
The management of golf course is different from other turfs. Its particularity lies in its higher and more precise requirement during maintenance compare with other turfs. In case something happened to turf of golf course, more effective and higher speed detecting and resolution are required. Only the data about turf growth and environment were mastered precisely in time, the friendly environmental and scientific management goal could be completed effectively and economically. The near infrared spectroscopy is a new kind of effective, convenient and non-destructive analytical method in the turfgrass management of golf course in recent years. Many factors of turf-soil system in golf course could be determined by near infrared spectroscopy at the same time. In this paper, the existing literature that use of near infrared spectroscopy to study turfgrass and soil nutrient content, soil hygroscopic moisture, feasible fertilizer application time and rate, to fix the time and volume of irrigation, turfgrass visual quality evaluation, turfgrass disease prediction and prevention were reviewed. Most researchers considered the nutrition condition of turf impacted the visual and playing qualit |
Not Available |
