This document summarizes the activities and achievements of ICAR-NBSS&LUP. It details that NBSS&LUP has conducted soil surveys and mapping across India to promote optimal land use. It has also conducted research in areas like pedology, soil survey, remote sensing applications, land degradation assessment, land evaluation and land use planning. NBSS&LUP has produced soil resource maps of India at 1:1 million and 1:250,000 scales. It highlights ongoing work in monitoring land degradation through remote sensing and case studies in different states.
ICAR-NBSS&LUP: Soil Survey and Land Use Planning in India
1. S.K. SINGH
Director
ICAR-NBSS&LUP, NAGPUR
ICAR-National Bureau of Soil Survey and Land Use Planning
Amravati Road, Nagpur
NBSS&LUP- In the service of
nation since 1976
Five regional canters:
RC Kolkata, eastern region
RC Jorhat, north eastern
region
RC Delhi, northern region
RC Bangalore, southern
region
RC Udaipur, Western region
2. 2
Mandate
To conduct soil survey and mapping of the soils of the country to promote
scientific and optimal land use programmes in collaboration with relevant
institutions and agencies.
To conduct and promote research in the National Agricultural Research
System in the areas of Pedology, Soil survey, Remote sensing applications,
Land degradation, Land evaluation and Land use planning.
To impart training and education to create awareness on soil and land
resources and their state of health.
4. Food security
Ecosystem services
Facility of Infrastructure
Industrialization
Mountains 10.3%
Hills 12.8%
Plateaus 30.6%
Desert 6.3%
Coastal
plains
4.8%
Island 0.3%
Eco-sensitive area
o Food and water
supply
o Flood and disease
control
o Cultural services
o Nutrient cycling
Food Security Act, Land Acquisition Act, NREGA
Pushing Agriculture on
the back end
LD: Harmonized data-120 mha; 64 mha arable
land
Estimating degradation
5. Completed the Assessment of Soil
Loss in India under Collaborative
Project between NBSS&LUP and
CSWCR &TI
Soil Loss/Erosion Assessment in India
5
Class (t/ha/yr) % Area
Very Slight (< 5) 30.16
Slight (5 – 10) 19.84
Moderate (10 – 15) 12.82
Mod.Severe (15 – 20) 6.97
Severe (20 – 40) 11.28
Very Severe (40 – 80) 6.76
Extr.Severe (> 80) 4.04
Others* 8.12
15 States reports have been printed
12. o Acidity is increasing in the flood plains of Bengal
o Area under Multi-nutrient deficiency is increasing due
to the intensification of agriculture
Monitoring degradation: Multi-nutrient deficiency
15. Sub-humid moist,
Humid
Per-humid
Aridity
Revision of Agro-ecological Region Map
Reduced number of
rainy days
Increased frequency
of dry spells
Increased extreme
events of rain, cold,
storms……..
Degradation
Vulnerability
increased
21. Market based Land Use- The driver
Lack of Land use based market
Telangana, Andhra Pradesh and Tamilnadu- Maize area with
support of poultry industry; cotton is being replaced
Groundnut- Gujarat; Sugarcane- Maharashtra and U.P
Bihar- Potential area for maize, lack of processing unit; farmers do
not have interest
Assigning the reasons for degradation
23. Sustainable agriculture includes sustainable area with the area specific best
management practices (BMP) covering soil conservation measures for water
harvesting in the rain-fed areas, the best water management in the irrigated areas
and nutrient management in site specific mode.
Sustainable area (SA) is an uniform piece of land, potentially suitable for a crop
and cropping sequence in terms of soil, water and climate, presently available for
the defined use.
Scale: National, Regional, State, district, village and farm
Conceptualizing Sustainable
Agriculture
26. Land Resource Inventory (LRI) at 1:10000 scales
( SA at Farm level)
Integration of traditional soil survey and
advancing remote sensing technology
involving high resolution remote sensing
data (RS), digital terrain model
27. Assumption if landform, slope and land use are
identical in a given geographic setting, there is
high possibility for setting similar kinds of soils
Attaching cadastral is optional
Landscape Ecological Unit - A base map
28. Base Map- Landscape Ecological Unit
o New : Degree, length and curvature of slope together with contour
and drainage
o New information links LRI with soil water conservation planning,
irrigation, water harvesting potentials and precision agriculture
(IRS LISSS IV, Cartosat DEM, Geo Eye)
41. LMU Description Present
land use
Suggested land
use options
Suggested management
practices
1 Very deep, extremely
acidic, fine soils on very
steeply sloping high hills
Rainfed
upland
paddy
Forestry and
natural vegetation
Contour bunding, grassed
waterways and allocation of
land for natural vegetation
2 Very deep, extremely
acidic, fine soils on steeply
sloping high hills
Rainfed
upland
paddy
Rubber / tea /
pineapple
Land shaping, contour bunding,
graded bunding and liming at
every alternate year
3 Very deep, extremely
acidic, fine soils on very
steeply sloping medium
hills
Rainfed
upland
paddy
Forestry and silvi-
pastoral system
Contour bunding, afforestation
and silvi-pastoral system with
multipurpose tree species
4 Very deep, extremely
acidic, fine soils on strongly
to steeply sloping medium
hills
Rainfed
upland
paddy
Rubber / tea /
pineapple
Bench terracing, contour
bunding and liming at every
alternate year
5 Very deep, extremely
acidic, very fine soils on
moderately steeply sloping
low hills
Rainfed
upland
paddy
Rubber / tea /
pineapple
Bench terracing, contour
bunding, contour farming and
liming at every alternate year
6 Very deep, very strongly
acidic, fine loamy soils on
moderately to strongly
sloping low hills
Rainfed
upland
paddy
Upland paddy
/Rubber / tea /
pineapple / coffee
Bench terracing and liming at
every alternate year
Mokokchaung district, Nagaland
LUP: Intensification of jhum land through
rubber plantations
Area Specific Best Management Practices
42. LMU Description Present land use Suggested land use options
1 Very deep, excessive to
well drained, very
strongly acidic, sandy
loam to silty clay loam
soils, moderate to
severe erosion
Rubber
plantation
Rubber plantation
Inter-cropping with
pineapple, ginger and
turmeric for first three
years.
2 Very deep, moderate to
well drained, very
strongly acidic, silty clay
loam soils, slight erosion
Kharif paddy /
fallow
Paddy / maize –
mustard / lentil / pea /
groundnut
Summer green gram in
water scarcity.
3 Deep, somewhat to
poorly drained, strongly
acidic, sandy clay loam
to sandy clay soils,
slight to moderate
erosion
Paddy –
mustard / pea
/ lentil / winter
vegetables /
groundnut /
paddy / fallow
No change, prefer
medium duration HYV
paddy varieties.
4 Deep to very deep,
somewhat to poorly
drained, strongly acidic,
Paddy – lentil /
pea / fallow
No change. Preference
should be given to
medium duration paddy
varieties.
Bishalgarh block, Sipahijila district, Tripura
Ginger based processing
units
43. LMU Landform Crops and cropping systems
10 Restricted
Summits/ High
Hills
Cashew +pineapple/ Kokum /Oil palm(Rainfed)
Coconut+ Nut mug +Mango+ Areca nut+ Lemon+ Sapota+/ Turmeric (Rainfed)
Vegetables like Chiili, Cluster bean, Brinjal, Tomato, Potato, Onion, Radish, Sweet potato
(irrigated)
6 Undulating Lands Rice (Kharif)- Vegetables like Chilli, Cluster bean, Guava, Brinjal, Tomato, potato,
Onion, Radish, Sweet potato(rabi/ summer with irrigation)
Sugarcane, Oil palm,
Coconut + Areca nut +Pepper + Turmeric +Ginger + Pineapple ,
Coconut+ Banana+ Vegetables
Coconut+ Kokum+ Nut mug+ Sapota + Lemon
14 Inter-Hilly
Basin/Valleys /
Narrow valleys
Rice- Rice-Rice
Rice-Rice –Vegetables (in summer with protective irrigation)
Rice – Vegetables on raised beds (brinjal, chilli, tomato, potato, cluster bean, okra,
green leafy vegetables on raised beds in rabi/ summer with irrigation)
Coconut + Areca nut + Pepper
Coconut + turmeric/ginger
Coconut + banana
Cashew + pine apple/ Napier grasess (on bunds)
Cashew, guava, mango, sapota
Protective cultivation of cut flower and archids and high value vegetables
19 Plains
23 Mudflats Rice, Coconut, Bajje (Acorus calamus)
25 Salt pans Coconut
26 Swamps and
Marshes
Rice and Bajje
27 Acid sulphate
Plains
Rice, Coconut and Kokum
1 Beach and Beach
Ridges
Coconut, Cashew, Areca nut
Site Specific Information and Situation
Specific Recommendations- Goa State
45. http://www.bhoomige
oportal-nbsslup.in/
Digitalized soil and
site information
Our Visitors from India, China, USA, Canada, Europe, Australia and
LRIS Goa
Potential Crop Zone
Mapper
Smart mobile phone
for collecting Geo-
referenced samples
Automated Land
Evaluation system
Rubber information
system
Digital soil library
46. Monitoring of resources periodically using RS data
Constant low values of NDVI as
Proxy Indicator
Erosion
Organic carbon decline
Salinization
Compaction and land
slides
Contamination
Sealing
Nutrient dynamics
Land use changes
Other threats
47. Periodic monitoring of Prime Agricultural Land using MODIS data
High constant value of NDVI as Proxy indicator- Prime land
48. o Soil Health card
o NAREGA
o PMSKY
o Neeranchal
o PFBM
o RKVY
o Sujala
o Jalyukt sivar
o POCRA
o Crop colony
o Desiltation
o Mera Goan mera Gauron
o TSP
o Kishan Portal
o Soil Health card portal
o National Agri-Market portal
o Seednet India portal
o Ensuring state funding for soil and water conservation plans
through different Govt. Scheme enabling employment for
landless, small and marginal farmers
o Regulating subsidy on seeds, fertilizers- Diversification of
agriculture with middle group farmers
o Value added crops with large farmers
Policy interventions
Ensuring knowledge based agriculture
Single window
information
49.
50. India < Sri Lanka, China, Bangladesh, Afghanistan; Desert India < Desert of China, Africa; USA, Russia
and Europe > Asian Countries
Soil misuse or over exploitation- nutrient recycling
Challenges
51. Land Use Options for Basaltic terrain
of Maharashtra – Warud model
Soil water conservation together with Bt cotton in
deep black soils; sorghum or deshi cotton on
shallow soils
52. Rice cultivation with community nursery - Gondia, Bhandara, Gadchiroli, Chandrapur
(Community Nursery)
56. Farm size Income Total man days
created
Before
management
After Management
0.20 ha Rs. 2300 Rs.34400.00 285
0.266 ha Rs. 3100 Rs. 47800.00 405
0.39 ha Rs. 4500 Rs. 68900,00 600
Reduced soil degradation, increased employment for the landless and
improved social status of the farmers
Up-scaling of site-specific soil-land use plan in
the benchmark sites of National Land use
Planning
Land Use Plan for Coastal Region
58. 1. National Remote Sensing Centre, Hyderabad
2. BISAG, Gandhinagar, Gujarat
3. Department of Agriculture, Govt. of Telangana
4. Department of Agriculture, Govt. of Karnataka
5. Meghalaya Basin Development Authority, Meghalaya
6. Department of Agriculture, Govt. of Goa
7. Land Use Board, Agartala, Govt. of Tripura
8. Department of Agriculture, Govt. of Arunachal Pradesh
9. Neeranchal Project by DoLR – Maharashtra, Andhra Pradesh, Telangana, Jharkhand,
Odisha, Chattisgarh, Madhya Pradesh, Gujarat, Rajasthan, Goa
Collaborations (Land Resource Inventory)
59. TECHNOLOGY USERS
KEC International Limited, Maharashtra for foundation of towers
Sterlite Tech. Ltd., Mumbai, Maharashtra for spreading optical fibers in India
Nagarjun Sagar Left Canal Command Area for division of Krishna river water between Andhra
Pradesh and Telangana
AFRO for enhancing livelihood in Kelapur block, Yevatmal district
APMC precision agriculture for Nagpur block, Maharashtra
National Innovations on Climate Resilient Agriculture (NICRA)
Watershed Development Department, Karnataka (World bank Funded Project – Sujala)
Kerala State Land Use Board
60. POTENTIAL USER
Govt. of Maharashtra for watershed development under Neeranchal Project
Govt. of Rajasthan for watershed development under Neeranchal project
National Dairy Development Board for fodder production in Vidarbha Region of Maharashtra
Project on Climate Resilient Agriculture in Maharashtra