всего просмотров: 1210
Оценка читателей: голосов 0
1. Якушев В.П., Буре В.М., Брунова Т.М. Статистические методы в агрофизике// Агрофизика от А.Ф. Иоффе до наших дней.- СПб.: АФИ.– 2002.– С. 319-330.
2. Якушев В.П., Якушев В.В. Информационное обеспечение точного земледелия. – СПб: Изд-во ПИЯФ РАН.– 2007.– 384 с.
3. Yakushev V. P., Karelin V. V., Bure V. M., Parilina E. M. Soil acidity adaptive control problem// STOCHASTIC ENVIRONMENTAL RESEARCH AND RISK ASSESSMENT.– 2015.– 29(6).– Р. 1671 – 1677.
4. Якушев В.П., Буре В.М. Методологические подходы к оценке оптимального момента времени проведения агротехнологических мероприятий//Доклады Россельхозакадемии.– 2001.– № 4.– С.27-30.
5. Якушев В. П., Буре В. М. Статистическая оценка распределения оптимального момента времени проведения агротехнического мероприятия //Доклады Россельхозакадемии.– 2002.– № 3.– С.11-13.
6. Якушев В. П., Буре В. М., Якушев В. В., Буре А. В. Оптимальный интервал времени проведения агротехнического мероприятия //Доклады Россельхозакадемии.– 2013.– № 4.– С.51-54.
7. Marie Elodie Vavitsara, Sylvie Sabatier, MengZhen Kang, Hery Lisy Tiana Ranarijaona, Philippe de Reffye Yield analysis as a function of stochastic plant architecture: Case of Spilanthes acmella in the wet and dry season//Computers and Electronics in Agriculture.– 2017.– 138.– Р. 105–116.
8. Pengfei He, Jing Li, Xin Wang Wheat harvest schedule model for agricultural machinery cooperatives considering fragmental farmlands//Computers and Electronics in Agriculture.– 2018.– 145.– Р. 226–234.
9. Reet Poldaru, Juri Roots Using a nonlinear stochastic model to schedule silage maize harvesting on Estonian farms//Computers and Electronics in Agriculture.– 2014.– 107.– Р. 89–96.
10. Zhang Shiwen, Zhang Lanlan, Li Zishuang, Wang Qingyun, Cui Hongbiao, Sun Zhongxiang, Ge Chang, Liu Huiling, Huang Yuanfang Three-dimensional stochastic simulations of soil clay and its response to sampling density//Computers and Electronics in Agriculture.– 2017.– 142.– Р. 273–282.
11. André L. Johann, Augusto G. de Araújo, Hevandro C. Delalibera, André R. Hirakawa Soil moisture modeling based on stochastic behavior of forces on a no-till chisel opener//Computers and Electronics in Agriculture.– 2016.– 121.– Р. 420–428.
12. Jun Diao, Philippe De Reffye, Xiangdong Lei, Hong Guo, Veronique Letort Simulation of the topological development of young eucalyptus using a stochastic model and sampling measurement strategy//Computers and Electronics in Agriculture.– 2012.– 80.– Р. 105–114.
13. Harwood T.D., Al Said F.A., Pearson S., Houghtona S.J., Hadley P.Modelling uncertainty in field grown iceberg lettuce production for decision support//Computers and Electronics in Agriculture.– 2010.– 71.– Р. 57–63.
14. Salmon-Monviola Jordy, Durand Patrick, Ferchaud Fabien c, Franзois Oehler d, Luc Sorel Modelling spatial dynamics of cropping systems to assess agricultural practices at the catchment scale//Computers and Electronics in Agriculture.– 2012.– 81.– Р. 1–13.
15. Mayer D.G., Walmsley B.J., McPhee M.J., Oddy V.H., Wilkins J.F., Kinghorn B.P., Dobos R.C., McKiernan W.A. Integrating stochasticity into the objective function avoids Monte Carlo computation in the optimisation of beef feedlots//Computers and Electronics in Agriculture.– 2013.– 91.– Р. 30–34.
16. Silva-Villacorta D., Lopez-Villalobos N., Blair H.T., Hickson R.E., MacGibbon A.K. A stochastic farm model to simulate dairy farms and the segregation of cows to produce milk with different concentrations of unsaturated fatty acids//Computers and Electronics in Agriculture.– 2016.– 125.– Р. 29–38.
17. Dumont Benjamin, Basso Bruno, Leemans Vincent, Bodson Bernard, Destain Jean-Pierre, Destain Marie-France Systematic analysis of site-specific yield distributions resulting from nitrogen management and climatic variability interactions//Precision Agriculture.– 2015.– 16.– Р. 361–384.
18. Grifo A.R.L., Marques da Silva J.R. Stochastic simulation of maize productivity: spatial and temporal uncertainty in order to manage crop risks// Precision Agriculture.– 2015.– 16.– Р.668–689.
19. Akıs Rifat Spatial variability of soil solute and saturated hydraulic conductivity affected by undrained water table conditions// Precision Agriculture.– 2015.– 16.– Р. 330–359.
20. McFadden Brandon R., Wade Brorsen B., Raun William R. Nitrogen fertilizer recommendations based on plant sensing and Bayesian updating// Precision Agriculture.– 2018.– 19.– Р. 79–92.
21. Jones G., Ge´e Ch., Truchetet F. Modelling agronomic images for weed detection and comparison of crop/weed discrimination algorithm performance// Precision Agriculture.– 2009.– 10.– Р. 1–15.
22. Айвазян С.А., Бухштабер В.М., Енюков И.С., Мешалкин Л.Д. Прикладная статистика. Классификация и снижение размерности. (Справочное издание) – М.: Финансы и статистика.– 1989.– 607 с.