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E-raamat: Plant Growth Responses for Smart Agriculture: Prospects and Applications

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  • Formaat: 104 pages
  • Ilmumisaeg: 22-Nov-2021
  • Kirjastus: CRC Press
  • Keel: eng
  • ISBN-13: 9781000506198
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Plant Growth Responses for Smart Agriculture: Prospects and ApplicationsSuurem pilt
  • Formaat: 104 pages
  • Ilmumisaeg: 22-Nov-2021
  • Kirjastus: CRC Press
  • Keel: eng
  • ISBN-13: 9781000506198
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This publication will give an insight into the lesser known signals that can influence plant growth and development.
Note: T& F does not sell or distribute the hardback in India, Pakistan, Nepal, Bhutan, Bangladesh and Sri Lanka. This title is co-published with NIPA.

Plant Physiology is a dynamic science which goes on adding knowledge to already characterized basic processes in plants. The past decade has witnessed an unprecedented progress in biological sciences with the advent of innovative technologies viz. recombinant DNA techniques, omics approaches and advanced phenotyping platforms. These tools have helped to redefine many of the already accepted facts of plant life. The present publication will give an insight into the lesser known signals that can influence plant growth and development. Knowledge of plant physiological processes provides the base for research in cognate disciplines such as crop improvement, crop production and crop protection. With the impetus for clean cultivation, information provided in the book can motivate researchers in developing environment-friendly and non-chemical means of improving crop production and activate the innate ability of the plant to enhance their field performance. 
Note: T&F does not sell or distribute the hardback in India, Pakistan, Nepal, Bhutan, Bangladesh and Sri Lanka. This title is co-published with NIPA.
Foreword vii
Preface ix
Abbreviations xv
1 Phenotypic Plasticity: Concepts and Recent Advances
1(10)
Girija T
Parvathi MS
Introduction
1(1)
Types of plasticity
1(2)
Factors influencing phenotypic plasticity
3(1)
Light
3(1)
Temperature
3(1)
Water
3(1)
Soil type
4(1)
Competition
5(1)
Herbivory
5(1)
Plasticity induced by interaction
5(1)
Molecular basis of plastic responses in key traits
6(1)
Assessing plastic responses in plants
6(1)
Advantages and disadvantages of plant plasticity
6(1)
Conclusion
7(1)
References
7(4)
2 Plant Acoustic Responses: Concept and Significance
11(11)
Gayathri Rajasekharan
Nandini K.
Introduction
11(1)
Plant Acoustic Frequency Control Technology (PAFCT)
12(1)
Types of acoustic responses
13(1)
Effects of sound on plants
13(1)
Morphological Changes Induced by Sound Waves
13(3)
Physiological changes induced by sound waves
16(1)
Biochemical changes induced by sound waves
16(2)
Effect of sound treatment under water stress conditions
18(1)
Response of plants to nature's music
18(1)
Mechanism of sound stimulation on plants
19(1)
Conclusion
19(1)
References
20(2)
3 Spectral Manipulation of Plant Responses
22(12)
Shafeeqa T
Nandini K
Girija T
Introduction
22(1)
Light spectrum
22(1)
Absorption spectrum and action spectrum
23(1)
Properties of light
23(1)
Light intensity
24(1)
Light quality
24(1)
Light duration
24(1)
Light direction
24(1)
Light perception by plants
25(1)
Cryptochromes
26(1)
Phototropins
26(1)
Photomorphogenesis
26(1)
Molecular physiology of photomorphogenic processes
26(2)
Need of light manipulation
28(1)
Methods of light manipulation
28(1)
Light emitting diode
28(1)
Tweaking and tuning
29(1)
Colour shade nets
30(1)
Colour nets and shading
30(1)
Factors to be considered while using shade nets
30(1)
Shade net influence on plant characters
31(1)
Conclusion
32(1)
References
32(2)
4 Geomagnetic Responses in Plants
34(9)
Sreepriya S
Girija T
Parvathi MS
Introduction
34(1)
Geomagnetic field reversal and angiosperm evolution
34(2)
Effect of GMF on reproductive growth of plants
36(1)
Ultrastructure changes of cells by exposure to low magnetic field
37(1)
Effect of magnetic field on pollen germination
38(1)
Effect of GMF on root gravitropism
38(1)
Cryptochrome as magnetoreceptors
38(1)
Mechanism of magnetoreception
39(1)
Applications of plant geomagnetic responses
39(2)
Conclusion
41(1)
References
41(2)
5 Electricity from Living Plants: Myth or Reality?
43(14)
Garggi G
Sreepriya S
Girija T
Introduction
43(1)
Inter-cellular electrical communications in plants
43(2)
How are electrical signals perceived by plants?
45(1)
Types of signals generated by plants
45(1)
Systemic signalling
46(1)
Types of electrical signalling
46(1)
Floral electrical signals
46(1)
Measurement of electrical signals in plants
46(1)
Measurement of extra-cellular signals
47(1)
Measurement of intra-cellular signals
47(1)
Aphid technique
47(1)
Plant electro stimulation
47(1)
Patch clamp technique
47(1)
Biomachine
48(1)
Sources of electrical energy in living plants
48(4)
Trade-off between PMFCs, wind turbines and solar panels
52(1)
e- Plant: the concept
53(1)
Significance and utilisation of e-plant concept
54(1)
Plant-e Company
54(1)
Conclusion
54(1)
References
55(2)
6 Plant Architecture: Evolution Diversity, Regulation and Scope
57(20)
Nithya N
Amrutha E A
Girija T
Introduction
57(1)
Evolution of plant architecture
57(1)
Architectural model
58(1)
Diversity of plant architecture
59(4)
Root system architecture diversification
63(1)
Modulation of plant architecture
64(1)
Climatic Factors
65(1)
Agronomic factors
66(1)
Manipulation by humans
67(2)
Bending in plants
69(1)
Physiology of bonsai
70(3)
Molding of fruits
73(1)
Advantages of modification of plant architecture
74(1)
Conclusion
74(1)
Acknowledgement
74(1)
References
74(3)
7 Plant Neurobiology: A Paradigm Shift in Plant Science
77(8)
Sreepriya S
Girija T
Introduction
77(1)
Case studies on plant communication
78(2)
Case studies on plant behavior
80(2)
Similarities between plant neurobiology with animal/human neurobiology
82(2)
Concept of plant brain
84(1)
Sensory zones in root apex
85(1)
Applications
85(1)
Conclusion 85(1)
References 86
T. Girija, Kerala Agricultural University, Kerala, India

Nandini K., Kerala Agricultural University, Kerala, India

Parvathi M S, Kerala Agricultural University, Kerala, India
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