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Georeferenced soil information system: assessment of database

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Relation http://oar.icrisat.org/9061/
http://www.currentscience.ac.in/php/auth.php?authid=43050&author=Dutta,%20D.
 
Title Georeferenced soil information system: assessment of database
 
Creator Bhattacharyya, T
Sarkar, D
Ray, S K
Chandran, P
Pal, D K
Mandal, D K
Prasad, J
Sidhu, G S
Nair, K M
Sahoo, A K
Das, T H
Singh, R S
Mandal, C
Srivastava, R
Sen, T K
Chatterji, S
Patil, N G
Obireddy, G P
Mahapatra, S K
Anil Kumar, K S
Das, K
Singh, A K
Reza, S K
Dutta, D
Srinivas, S
Tiwary, P
Karthikeyan, K
Venugopalan, M V
Velmourougane, K
Srivastava, A
Raychaudhuri, M
Kundu, D K
Mandal, K G
Kar, G
Durge, S L
Kamble, G K
Gaikwad, M S
Nimkar, A M
Bobade, S V
Anantwar, S G
Patil, S
Sahu, V T
Gaikwad, K M
Bhondwe, H
Dohtre, S S
Gharami, S
Khapekar, S G
Koyal, A
Sujatha, -
Reddy, B M N
Sreekumar, P
Dutta, D P
Gogoi, L
Parhad, V N
Halder, A S
Basu, R
Singh, R
Jat, B L
Oad, D L
Ola, N R
Wadhai, K
Lokhande, M
Dongare, V T
Hukare, A
Bansod, N
Kolhe, A
Khuspure, J
Kuchankar, H
Balbuddhe, D
Sheikh, S
Sunitha, B P
Mohanty, B
Hazarika, D
Majumdar, S
Garhwal, R S
Sahu, A
Mahapatra, S
Puspamitra, S
Kumar, A
Gautam, N
Telpande, B A
Nimje, A M
Likhar, C
Thakre, S
Nagar, A P
 
Subject Soil Science
 
Description Land-use planning is a decision-making process that
facilitates the allocation of land to different uses that
provide optimal and sustainable benefit. As land-use
is shaped by society–nature interaction, in land-use
planning different components/facets play a significant
role involving soil, water, climate, animal (ruminant/
non-ruminant) and others, including forestry
and the environment needed for survival of mankind.
At times these components are moderated by human
interference. Thus land-use planning being a dynamic
phenomenon is not guided by a single factor, but by a
complex system working simultaneously,which largely
affects the sustainability. To address such issues a
National Agricultural Innovation Project (NAIP) on
‘Georeferenced soil information system for land-use
planning and monitoring soil and land quality for
agriculture’ was undertaken to develop threshold
values of land quality parameters for land-use planning
through quantitative land evaluation and crop
modelling for dominant cropping systems in major
agro-ecological sub-regions (AESRs) representing
rice–wheat cropping system in the Indo-Gangetic
Plains (IGP) and deep-rooted crops in the black
soil regions (BSR). To assess the impact of landuse
change, threshold land quality indicator values
are used. A modified AESR map for agricultural landuse
planning is generated for effective land-use planning.
 
Publisher Indian Academy of Sciences
 
Date 2014-11-10
 
Type Article
PeerReviewed
 
Format application/pdf
 
Language en
 
Rights —
 
Identifier http://oar.icrisat.org/9061/1/1_2014.pdf
Bhattacharyya, T and Sarkar, D and Ray, S K and Chandran, P and Pal, D K and Mandal, D K and Prasad, J and Sidhu, G S and Nair, K M and Sahoo, A K and Das, T H and Singh, R S and Mandal, C and Srivastava, R and Sen, T K and Chatterji, S and Patil, N G and Obireddy, G P and Mahapatra, S K and Anil Kumar, K S and Das, K and Singh, A K and Reza, S K and Dutta, D and Srinivas, S and Tiwary, P and Karthikeyan, K and Venugopalan, M V and Velmourougane, K and Srivastava, A and Raychaudhuri, M and Kundu, D K and Mandal, K G and Kar, G and Durge, S L and Kamble, G K and Gaikwad, M S and Nimkar, A M and Bobade, S V and Anantwar, S G and Patil, S and Sahu, V T and Gaikwad, K M and Bhondwe, H and Dohtre, S S and Gharami, S and Khapekar, S G and Koyal, A and Sujatha, - and Reddy, B M N and Sreekumar, P and Dutta, D P and Gogoi, L and Parhad, V N and Halder, A S and Basu, R and Singh, R and Jat, B L and Oad, D L and Ola, N R and Wadhai, K and Lokhande, M and Dongare, V T and Hukare, A and Bansod, N and Kolhe, A and Khuspure, J and Kuchankar, H and Balbuddhe, D and Sheikh, S and Sunitha, B P and Mohanty, B and Hazarika, D and Majumdar, S and Garhwal, R S and Sahu, A and Mahapatra, S and Puspamitra, S and Kumar, A and Gautam, N and Telpande, B A and Nimje, A M and Likhar, C and Thakre, S and Nagar, A P (2014) Georeferenced soil information system: assessment of database. Current Science, 107 (09). pp. 1400-1419. ISSN 0011-3891