Your search returned 415 results.

Sort
Results
1.
Image from Google Jackets
Application of remote sensing and GIS in determining erodibility of rubber soils by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Natural Rubber Research 2011
Availability: Not available: RRII Library: Articles (1).

2.
Image from Google Jackets
Potassium and silicon help young rubber plants tide over transient drought by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Natural Rubber Research 2011
Availability: Not available: RRII Library: Articles (1).

3.
Image from Google Jackets
Climate uncertainties and early establishment of young rubber plants in traditional rubber growing regions of India by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Natural Rubber Research 2011
Availability: Not available: RRII Library: Articles (1).

4.
Image from Google Jackets
Establishing perennial intercrops in rubber plantations after removal of pineapple: Effect on growth and yield of rubber, soil moisture and nutrient status by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Rubber Science 2015
Availability: Not available: RRII Library: Articles (1).

5.
Image from Google Jackets
Spatio-temporal analysis of rubber area and its association with soil and topography in Kanyakumari district by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Rubber Science 2014
Availability: Not available: RRII Library: Articles (1).

6.
Image from Google Jackets
Agromanagement techniques to mitigate drought in young rubber plantations. by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Rubber Science 2014
Availability: Not available: RRII Library: Articles (1).

7.
Image from Google Jackets
Assessing agricultural drought in natural rubber plantations using MODIS Terra Satellite data. by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Rubber Science 2014
Availability: Not available: RRII Library: Articles (1).

8.
Image from Google Jackets
Nutrient and heavy metal status of soils under rubber-pineapple intercropping in comparison to rubber-cover crop system and natural forest. by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Rubber Science 2014
Availability: Not available: RRII Library: Articles (1).

9.
Image from Google Jackets
Influence of intercropping on growth of rubber (Hevea brasiliensis) and soil physico-chemical properties by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Natural Rubber Research 2012
Availability: Not available: RRII Library: Articles (1).

10.
Image from Google Jackets
Carbon sequestration potential of RRII 400 series clones of Hevea brasiliensis by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Rubber Science 2012
Availability: Not available: RRII Library: Articles (1).

11.
Image from Google Jackets
Standardization of an alternative potting medium for raising Hevea plants in root trainers. by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Rubber Science 2014
Availability: Not available: RRII Library: Articles (1).

12.
Image from Google Jackets
Influence of intercropping on the rhizosphere microflora of Hevea by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Indian Journal of Natural Rubber Research 2001
Availability: Not available: RRII Library: Articles (1).

13.
Image from Google Jackets
Evaluation of a multispecies cropping system during immaturity phase of rubber by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Indian Journal of Natural Rubber Research 1998
Availability: Not available: RRII Library: Articles (1).

14.
Image from Google Jackets
Temporal variability in soil nutrient status in a rubber plantation and an adjacent forest by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Natural Rubber Research 2009
Availability: Not available: RRII Library: Articles (1).

15.
Image from Google Jackets
Evaluation of foliar urea spray in rubber seedling nurseries by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Natural Rubber Research 2009
Availability: Not available: RRII Library: Articles (1).

16.
Image from Google Jackets
Comparative evaluation of basin and drip systems of irrigation in rubber by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Indian Journal of Natural Rubber Research 1994
Availability: Not available: RRII Library: Articles (1).

17.
Image from Google Jackets
Crop coefficients for immature rubber by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Natural Rubber Research 2004
Availability: Not available: RRII Library: Articles (1).

18.
Image from Google Jackets
Evapotranspiration and crop coefficient of immature rubber:A lysimetric study by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Indian Journal of Natural Rubber Research 1992
Availability: Not available: RRII Library: Articles (1).

19.
Image from Google Jackets
Effect of organic manure on growth of immature rubber by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Natural Rubber Research 2006
Availability: Not available: RRII Library: Articles (1).

20.
Image from Google Jackets
Effect of drip irrigation on growth of immature rubber by
Material type: Text Text; Format: print ; Literary form: Not fiction
Publication details: Indian Journal of Natural Rubber Research 2002
Availability: Not available: RRII Library: Articles (1).