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Training Scheme for Postgraduates of Crop Genetics and Breeding in Beijing Agricultural College
The graduate student of crop genetics and breeding in Beijing Agricultural College is a postgraduate major under the College of Plant Science and Technology. At present, there are four teaching institutions, namely, Agronomy Department, Horticulture Department, Plant Protection Department and Agricultural Resources and Environment Department. There are five undergraduate majors in agronomy (crop genetics and breeding direction), horticulture, plant protection, seed science and engineering, and agricultural resources and environment. Among them, the horticulture major is a national characteristic construction major and a comprehensive reform pilot major of the undergraduate major of the Ministry of Education, and the agronomy major is the first-class in Beijing. The postgraduate training scheme of crop genetics and breeding in Beijing Agricultural College is as follows:

I. Training objectives

The basic requirements for cultivating advanced research talents in crop genetics and breeding to meet the needs of China's socialist modernization and Beijing's modernization are:

1, physical and mental health; Patriotic and law-abiding, love agriculture.

2. Master the systematic knowledge of crop genetics and breeding.

3, master modern biological high-tech and laboratory skills, with the ability to find, analyze and solve problems and expression skills (including written and oral expression skills). Proficient in reading professional literature, writing abstracts of papers and writing general professional English in foreign languages.

4 have the ability to research and apply new technologies, and can independently undertake the scientific research and teaching of crop genetics and breeding.

5. Strive for most graduates to obtain doctoral degrees and engage in scientific research, teaching, technology research and development or go abroad for further study.

Second, the research direction

1, innovation and utilization of agricultural germplasm resources

On the level of population, cell, chromosome and molecule, this paper studies the evolutionary origin, evolution and classification of main crops and their related plants and the genetic characteristics of their main characters, carries out the theory and method of exploring, improving, innovating, evaluating and utilizing germplasm resources, and carries out basic research on germplasm resources.

2. Crop stress resistance breeding and quality improvement

In this paper, the theoretical problems of high quality, high yield and stress resistance in crop breeding are deeply studied, and new methods of crop breeding are explored.

3. Crop molecular genetics and breeding

From the level of population, cell, chromosome and molecular genetics, this paper studies the occurrence and genetic law of variation and its application in crop genetic improvement, the theory and method of parental selection, the inheritance, expression and regulation of main traits such as high yield, high quality, disease and insect resistance and stress resistance of crops, and the theory and method of improving these traits.

Third, the course teaching (knowledge transfer)

1, degree course

(1) public * * *

Foreign language (English)

dialectics of nature

Marxism and Social Science Methodology

Socialism with Chinese characteristics's Theory and Practice

Remarks: All graduate students take 1 Dialectics of Nature and Methodology of Marxist Social Science.

(2) Professional basic courses

molecular genetics

(3) Specialized courses

Advanced crop breeding

cytogenetics

Quantitative genetics

2. Non-degree courses

According to the training goal and research direction, under the guidance of the tutor, choose from the on-the-job postgraduate courses. After approval, you can study outside the school, and the credits of off-campus elective courses are included in the total credits.

Those who pass the cross-disciplinary examination or have the same academic ability must make up two main courses for undergraduate majors and take the same class with undergraduates. Make-up exam scores are scored as passing with 60 points, which are recorded in the score file and marked with the words "undergraduate", but are not included in the total credits.

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