|
Name & Designation |
Telephone, Fax
Number
Email & website |
Dr.
Ms. Madhurama Sethi
Principal Scientist
|
Phone:
09416467901 (M)
Phone:- 0184-2290830, 2291119 (ext 160)
Fax: 0184-2290480
Email: madhurama98@yahoo.com
Website: www.cssri.org |
Dr. S K
Singh,
Principal Scientist
|
Phone:- 0184-2290830, 2291119 (ext 124)
Fax: 0184-2290480
Website: www.cssri.org |
Dr. D S
Bundela,
Senior Scientist
|
Phone:- 0184-2290830, 2291119
Fax: 0184-2290480
Email: dbundela@cssri.ernet.in
Website: www.cssri.org |
Mr. Rakesh Bhambri
Research Associate |
rakeshbhambri@gmail.com |
|
S. No |
Activity |
III Year |
IV Year |
|
Deliverables |
Output |
Deliverables |
Output |
Outcome |
|
1. |
Identification of bands specific to
reflection characteristics of georeferenced representative salt affected and
waterlogged soil sites.
|
Study of spectra and creation of site
specific reflectance database specific to salt affected soil |
Reflection bands for different salt
affected soils and properties
|
|
|
Reflection bands for different salt
affected soil series and its properties
|
|
2. |
Establishment of relationships between
wave bands of spectra’s with different soil properties like Soil organic
carbon, EC, pH, major cations and anions, available N, P and soil moisture
some established soil units in salt affected soils s |
Generation of correlation matrices
between identified wavelengths with different soil properties
|
Correlation matrices between identified
wavelengths with different soil properties
|
|
|
Correlation matrices between identified
wavelengths with different salt affected and waterlogged soil properties
|
|
3. |
Development of experimental protocols and
their subsequent validation for key parameters in salt affected soils. |
Identification and validation of spatial
model for different soil properties through spectral bands |
Validated model for different salt
affected soil properties through wave bands |
|
|
Validated model for different salt
affected soil properties through wave bands
|
|
4. |
Identification and establishment of bands
specific to reflection characteristics of nutrients, plant chlorophyll and
leaf area index for rice-wheat crops prevailing in the region |
Correlation matrices of different bands
for nutrients and leaf area index for wheat and rice crop |
Reflectance bands for nutrients and LAI
for wheat and rice crop |
|
|
Reflectance bands for nutrients and LAI
for wheat and rice crop |
|
S. No |
Activity |
III Year |
IV Year |
|
Deliverables |
Output |
Deliverables |
Output |
Outcome |
|
1. |
Creation of standard multispectral images
of soils for diagnosis
|
|
|
Different Images for different properties
of soils
|
Ground based and remotely sensed images
|
Ground based and remotely sensed
satellite images of selected sites |
| 2. |
Comparison and correlation of these
images with satellite imageries
|
|
|
Correlation models between ground based
images and satellite sensed data |
Relationships between ground based and
satellite sensed images |
Relationships between ground based and
remotely sensed satellite images |
| 3. |
Identification of different soil
properties on the basis of established correlation
|
|
|
Decision support system for determination
of different properties of soils using remotely sensing satellite data |
Protocols for different properties of
soil through remote sensing satellite data |
Protocols for different properties of
soils through remote sensing satellite data |
|
S. No. |
Objective/activity |
Activity milestones |
Milestone and when
to be attained |
Expected output |
|
1 |
2 |
3 |
4 |
|
1. |
Identification of bands specific to
reflection characteristics of georeferenced representative salt affected and
waterlogged soil sites. |
Reflection bands for different salt
affected soil series and its properties
|
|
√ |
|
|
Reflection bands for different salt
affected soils and properties
|
| 2. |
Establishment of relationships between
wave bands of spectra’s with different soil properties like Soil organic
carbon, EC, pH, major cations and anions, available N, P and soil moisture
some established soil units in salt affected soils s |
Correlation matrices between identified
wavelengths with different salt affected and waterlogged soil properties
|
|
√ |
|
|
Correlation matrices between identified
wavelengths with different soil properties
|
| 3. |
Development of experimental protocols and
their subsequent validation for key parameters in salt affected soils. |
Validated model for different salt
affected soil properties through wave bands
|
|
√ |
|
|
Validated model for different salt
affected soil properties through wave bands
|
|
S. No. |
Objective/activity |
Activity milestones |
Milestone and when
to be attained |
Expected output |
|
1 |
2 |
3 |
4 |
|
1. |
Creation of standard multispectral images
of soils for diagnosis
|
Ground based and remotely sensed
satellite images of selected sites |
|
|
|
√ |
Ground based and remotely sensed images
|
| 2. |
Comparison and correlation of these
images with satellite imageries |
Relationships between ground based and
remotely sensed satellite images |
|
|
|
√ |
Relationships between ground based and
satellite sensed images |
| 3. |
Identification of different soil
properties on the basis of established correlation
|
Protocols for different properties of
soils through remote sensing satellite data |
|
|
|
√ |
Protocols for different properties of
soil through remote sensing satellite data |
