Code du cours LauZ5131
Crédits 4.50
La quantité totale d'heures en classe120
Nombre de conferences16
Nombre de travaux pratiques et des séminaires32
La quantitē d'heures de travail autonome d'un ētudiant72
Date de l'approbation du cours21.04.2021
Auteur du cours
Aldis Kārkliņš
Le cours remplacé
LauZM001 [GLAUM001]
Manuels
1. Black C. A. (1993). Soil fertility evaluation and control. Lewis Publishers. 746 p.
2. Fertilizer technology and soil fertility / Ed by Virginia Munn. New York: Larsen and Keller, 2018. 206 p.
3. Soil fertility: role of fertilizers for plant nutrition and growth / Ed. by: Eugene Perry. Forest Hills, NY : Callisto Reference, 2018. – 231 p.
4. Soil fertility and fertilizers : an introduction to nutrient management / John L. Havlin, et al. 8th ed. Upper Sadle River, New Jersey : Pearson, 2013. – 516 p.
5. Handbook of Soil Fertility / Ed by. Donald Cronin. Forest Hills, NY : Callisto Reference, 2018. – 220 p.
6. Tisdale S. L., Nelson W. L. (1993). Soil fertility and fertilizers (5th ed). MacMillan Publ. Company. 634 p.
7. Laegreid M., Bockman O.C., Kaarstad O. (1999). Agriculture and Fertilizers and Environment. Oslo: Norsk Hydro a. s. 294 p.
8. Marschner H. (1995). Mineral nutrition of higher plants. – 2nd ed. London, San Diego, New York, ......: Academic Press. 889 p.
9. Kārkliņš A. (2012). Zeme, augsne, mēslojums: Terminu skaidrojošā vārdnīca. Jelgava: LLU. 477 lpp.
10. Kārkliņš A., Līpenīte I. (2018). Aprēķinu metodes un normatīvi augsnes iekultivēšanai un mēslošanas līdzekļu lietošanai. Jelgava: LLU. 200 lpp.
11. Augu minerālā barošanās. No: Ieviņš Ģ. (2016). Augu fizioloģija. Funkcijas un mijiedarbība ar vidi. Rīga: LU Akadēmiskais apgāds. 207. – 244. lpp. (608 lpp.).
12. Roy R.N., Finck A., Blair G.J., Tandon H.L.S. (2006). Plant Nutrition for Food Security: A guide for integrated nutrient management. Rome: FAO. 249 p. http://betuco.be/compost/Plant%20Nutrition%20-%20guide%20for%20integrated%20nutrient%20management%20FAO.pdf
Ouvrages supplémentaires
1. Harold F. Reetz, Jr (2016). Fertilizers and their Efficient Use. IFA, Paris. 110 p. https://www.fertilizer.org//images/Library_Downloads/2016_ifa_reetz.pdf
2. Understanding nitrogen and its use in agriculture (s.a.). Brussels: European Fertilizer Manufacturers Association. 66 p. https://www.magia-metachemica.net/uploads/1/0/6/2/10624795/nitrogen_in_agriculture.pdf
3. Understanding phosphorus and its use in agriculture (s.a.). Brussels: European Fertilizer Manufacturers Association. 38 p. http://www.fertilizerseurope.com/fileadmin/user_upload/publications/agriculture_publications/EFMA_Phosphorus_booklet__2_.pdf
4. Understanding potassium and its use in agriculture (s.a.). Ed. by A.E. Johnston. Brussels: European Fertilizer Manufacturers Association. 42 p. https://www.pda.org.uk/wp/wp-content/uploads/2015/08/EFMA_Potassium_booklet_2003.pdf
5. Минеев В.Г. (2006). Агрохимия. Москва: Наука: Изд-во Московского университета. 718 с.
6. Агрохимия (2002). Под. ред. Б.А. Ягодина. Москва: Колос. 583 с.
Périodiques et d`autres ressources d`information
1. Mēslošanas līdzekļu kolekcijas.
2. Tematiskās planšetes.
3. Informācija katedras vitrīnās.
4. Materiāli E-studiju vietnē.
5. Zinātniskās publikācijas, INTERNET resursi.