163x Filetype PDF File size 0.12 MB Source: agroteknologi.fp.uns.ac.id
Module Handbook of Plant Breeding A Module Handbook or collection of module descriptions that is also available for students to consult should contain the following information about the individual modules: Module name: Plant Breeding Module level, if Undergraduate applicable Code, if applicable AT402 Subtitle, if applicable - Courses, if applicable A th 4 semester Semester(s) in which the module is taught Person responsible Ir. Sukaya, M.Si. for the module Lecturer Prof. Dr. Ir. Sri Hartati, M.P. Prof. Dr. Ir. Nandariyah, M.S Ir. Sukaya, M.Si. Prof. Dr. Ir. Endang Yuniastuti, M.Si. Dr.Ir. Parjanto,M.P. Dr.Ir. Djati Waluyo Djoar, M.S. Ida Rumia Manurung, S.P., M.Agr. Language Indonesian Relation to curriculum Bachelor of Agrotechnology Program, Compulsory Course for Study Program, 4th semester Type of teaching, Discussion, Presentation, Case Method contact hours Workload 1 SKS = 170 minutes x 16 meetings = 2,720 minutes = 45.33 hours ECTS = 45.33 hours/ 25 hours = 1.81 2 SKS = 2 x 1.81 ECTS = 3.62 ECTS Credit points 2 credits point Requirements Students who have a minimum attendance of according to the 75% from total lecture meeting (12 meetings examination minimum attendance from total in 16 times regulations lecture meetings) are allowed to take examination Recommended Genetics prerequisites Description This course discusses the basic methods of plant breeding; genetics as the basis of breeding; trait regulation mechanisms (Gene Structure and Expression); principles of plant breeding; plant breeding is related to plant breeding; self- pollinating and cross-pollinating plant breeding methods; methods of vegetative breeding and understanding of varietal release and protection of plant varieties Module CLO objectives/intended 1. Explain the basic methods and principles learning outcomes of plant breeding 2. Mastering plant breeding techniques derived from pollination or vegetative phase 3. Mastering techniques of crossing plants either individually or cross 4. Understanding the release of varieties and stages of variety protection Crops PLO 1. PLO 4 : Have knowledge about agrotechnology, especially plant production systems based on the principles of sustainable agriculture and utilization of local resources Content 1. Basic methods of plant breeding; genetics as the basis for breeding 2. Trait regulation mechanisms (Gene Structure and Expression) 3. Plant breeding principles 4. Plant reproduction is related to plant breeding 5. Self-pollinating and cross-pollinating plant breeding methods 6. Methods of vegetative breeding and understanding of the release of varieties 7. Protection of plant varieties Study and Lecture (including small group discussion) examination Self-study requirements and Assignment forms of Examination (midterm and final exam) examination Final Assessment Grade A (> 85) Grade A- (80 - 84) Grade B+ (75 - 79) Grade B (70 - 74) Grade C+ (65 - 69) Grade C (60 - 64) Grade D (55 - 59) Grade E (< 55) Media employed PC, LCD, whiteboard, ppt, web education (SPADA) etc References 1. Allard 1966. Principles of plant breeding. John Willey and Sons 2. Chahal and Gosal. 2002. Principles and Procedure of Plant Breeding. Al[ha Sciences International Ltd. 3. Debergh and Zimmerman. 1991. Micropropagation. Technology and Application. Kluwer Acad. Publisher 4. Djati Waluyo Djoar dan Nandariyah. 2011. Perbaikan sifat tanaman. UNS Press. 5. Kendall and Michael Lee. 2006. Plant Breeding: The Arnel R Hallauer International Symposium. Blackwell Publs. 6. Nandariyah. 2009. Pemuliaan tanaman Resistensi terhadap hama penyakit. Nusa Pustaka 7. Nandariyah. 2009. Mutasi dan Bioteknologi dalam Pemuliaan Tanaman. Nusa Pustaka 8. Singh and Chaudary. 1979. Biometrical methods in Quantitatif Genetic Analisis. Kalyani Publiher.
no reviews yet
Please Login to review.