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Physiological Effects of Plant Growth Regulators
Lesson 30 of 36 • 3 upvotes • 7:54mins
Divya Sree
Physiological effects of Gibberllins, Cytokinins, Ethylene & ABA are discussed in this lesson.
Plant Physiology : Complete Course
36 lessons • 4h 22m
1
Overview of the Course
2:49mins
2
Transport in Plants
11:23mins
3
Water Potential
11:56mins
4
Plasmolysis
12:40mins
5
Water Movement
9:10mins
6
Uptake of Mineral Ions
10:00mins
7
Essential Mineral Elements
7:08mins
8
Role of Macro- and Micro-nutrients
6:50mins
9
Deficiency Symptoms of Essential Elements
8:30mins
10
Nitrogen Cycle
5:43mins
11
Fate of Ammonia
8:25mins
12
Photosynthesis in Higher Plants
8:28mins
13
Pigments involved in Photosynthesis
4:53mins
14
Splitting of water
9:13mins
15
Chemiosmotic Hypothesis
5:34mins
16
Calvin Cycle
7:19mins
17
Hatch & Slack Pathway
4:12mins
18
Photorespiration
6:31mins
19
Factors affecting Photosynthesis
6:46mins
20
Respiration in Plants
7:14mins
21
Glycolysis
6:37mins
22
Fermentation
5:50mins
23
Citric Acid Cycle
11:10mins
24
Amphibolic Pathway
8:03mins
25
Plant Growth & Development
4:51mins
26
Phases of Growth
3:25mins
27
Growth Rates
6:30mins
28
Conditions for Growth
6:20mins
29
Plant Growth Regulators
7:21mins
30
Physiological Effects of Plant Growth Regulators
7:54mins
31
Photoperiodism
5:01mins
32
Summary of Tranport in Plants
6:47mins
33
Summary of Mineral Nutrition in Plants
9:02mins
34
Summary of Photosynthesis
6:01mins
35
Summary of Respiration in Plants
6:02mins
36
Summary of Plant Growth and Development
7:01mins
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