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Biological Control of Plant Diseases
| Rating: |
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| Type: | Courseware |
| Language: | English |
- Institution:
- Chonnam University
- Author:
- 브라이언 가드너
- Lectures:
- 33
Abstract:
Understanding developments biocontrol technologies will be critical for students to properly research, develop, and/or recommend useful applications of biopesticide products. To contribute effectively to the advancement of the field, students need to understand the current status of biological research and development.
| No. | Lecture | Description |
|---|---|---|
| 1 | Introduction of this course |
1. Introduction of this course
2. syllabus |
| 2 | The Science of Biocontrol 1 |
1. The Nature of Science
2. Biological Control Science 3. What defines“good quality” science? |
| 3 | The Science of Biocontrol 2 |
1 .The Nature of Science
2. Biological Control Science 3 .What defines“good quality” science? |
| 4 | The Science of Biocontrol 3 |
1. The Nature of Science
2. Biological Control Science 3. What defines“good quality” science? |
| 5 | The Science of Biocontrol 4 |
1. The Nature of Science
2. Biological Control Science 3 .What defines“good quality” science? |
| 6 | The Science of Biocontrol Lecture note 1 |
1. The Nature of Science
2. Biological Control Science 3. What defines“good quality” science? |
| 7 | Biological Control of Plant Diseases 1 |
1. Tools and Evidence
2. Biocontrol in Context |
| 8 | Biological Control of Plant Diseases 2 |
1. Tools and Evidence
2. Biocontrol in Context |
| 9 | Biological Control of Plant Diseases 3 |
1. Tools and Evidence
2. Biocontrol in Context |
| 10 | Biological Control of Plant Diseases 4 |
1. Tools and Evidence
2. Biocontrol in Context |
| 11 | Biological Control of Plant Diseases Lecture note 1 | 1.Tools and Evidence 2.Biocontrol in Context |
| 12 | Biological Control of Plant Diseases Lecture note 2 | 1.Tools and Evidence 2.Biocontrol in Context |
| 13 | Biological Control of Plant Diseases 5 | Diversity and Ecology |
| 14 | Biological Control of Plant Diseases 6 | Diversity and Ecology |
| 15 | Biological Control of Plant Diseases 7 | Diversity and Ecology |
| 16 | Biological Control of Plant Diseases Lecture note 3 | Diversity and Ecology |
| 17 | Biological Control of Plant Diseases 8 | Direct Antagonism |
| 18 | Biological Control of Plant Diseases 9 | Direct Antagonism |
| 19 | Biological Control of Plant Diseases 10 | Direct Antagonism |
| 20 | Biological Control of Plant Diseases Lecture note 4 | Direct Antagonism |
| 21 | Biological Control of Plant Diseases 11 | Indirect Antagonism |
| 22 | Biological Control of Plant Diseases 12 | Indirect Antagonism |
| 23 | Biological Control of Plant Diseases 13 | Indirect Antagonism |
| 24 | Biological Control of Plant Diseases 13 | Indirect Antagonism |
| 25 | Biological Control of Plant Diseases Lecture note 5 | Indirect Antagonism |
| 26 | Biological Control of Plant Diseases 14 | Soilborne Disease Control |
| 27 | Biological Control of Plant Diseases Lecture note 6 | Soilborne Disease Control |
| 28 | Foliar Diseases control | Which diseases are best controlled? |
| 29 | Foliar Diseases control | Which diseases are best controlled? |
| 30 | Postharvest biocontrol | Postharvest disease control |
| 31 | Commercial Development of Microbial and Biochemical Biopesticides | What is needed to develop a BCA? |
| 32 | Regulation and Risk Assessment of Biopesticides | What should we regulate and how? |
| 33 | Integration in Ag systems | What needs do biopesticides fill? |
