| Category |
Title / Sections |
Scholar |
Branch of Study |
Year |
| Page |
4.3.2.2 carotenoid contents. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
| Page |
5.1.2 classical growth parameters. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
5.3.1.1 Diurnal changes in photosynthetic characteristics. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
| Page |
5.3.2.1 chlorophyll contents. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
5.3.2.2 carotenoid contents. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
| Page |
6. SUMMARY AND cONcLUSION. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
8 cumulative leaf area per plant (cm2) in shade treated medicinal plants at different periods of analysis. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
| Page |
16 crop growth rate (.g, plant/day) in shade treated medicinal plants at different periods of analysis. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
23 Photosynthetically active radiation recorded in different treatments in the month of February under clear sky condition. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
| Page |
24 Maximum photosynthetic rate (µmol / m2 / s) in different treatments in the month of February under clear sky conditions. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
25 chlorophyll contents (mg/g dry weight) in shade treated Adhatoda beddomei at different periods of analysis. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
| Page |
26 chlorophyll contents (mg/g dry weight) in shade treated Adhatoda vasica at different periods of analysis. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
27 chlorophyll contents (mg/g dry weight) in shade treated Alpinia galanga at different periods of analysis. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
| Page |
28 chlorophyll contents (mg / g dry weight) in shade treated Plumbago rosea at different periods of analysis. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation |
Ima Neerakkal |
Botany |
1998 |
| Page |
29 chlorophyll contents (mg / g dry weight) in shade treated Strobilanthes heyneanus at different periods of analysis. (Thesis: Intercropping of medicinal plants in Rubber plantations - Light requirements and physiology of shade adaptation ) |
Ima Neerakkal |
Botany |
1998 |
