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Fertility capability classification of semi-arid upland soils of Palani block, Tamil Nadu for sustainable soil management

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Title Fertility capability classification of semi-arid upland soils of Palani block, Tamil Nadu for sustainable soil management
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Creator Not Available
Kalaiselvi, B., M. Lalitha, S. Dharumarajan, R. Srinivasan, Rajendra Hegde, Anil Kumar. K.S., and Singh, S.K
 
Subject Fertility capability, Soil fertility, Tamil Nadu uplands, Condition modifier, soil and crop productivity
 
Description Not Available
Fertility capability classification (FCC) is a technical soil classification system that
focuses quantitatively on the physical and chemical properties of soils that are
important towards soil fertility management. The present study is an attempt to classify
soils of Palani block located leeward down of Palani hill ranges representing semi-arid
region of Tamil Nadu uplands. Fifteen soils were identified at 1:10000 scale, out of
which typifying pedons were analyzed and taxonomically classified. FCC classification was applied for these identified major soils. Condition modifiers in FCC system
illustrate the soil fertility related constraints. The major limitations are dry soil
moisture (d), gravelliness (r+), basic reaction (b), vertic clay (v), low soil organic
matter (m), low nutrient retention (k), and low cation exchange capacity (e). The
condition modifier d (100%) dominates in most of the soils followed by m (71%), k
(50%), b (50 %), r+ (43%), and e (33%). Among the soils identified, Kk Fine Typic
Haplustalfs (KkFTH), Kvp Coarse loamy Typic Rhodustalfs (KvpCTR), Ayk Fine
Vertic Haplusterts(AykFVHrt) andAnPCoarse Loamy Typic Haplustepts(AnPCLTHt)
soils have high soil constraints or conditional modifiers like low cation exchange
capacity (e), low nutrient reserve (k), low organic carbon content (m) and gravelliness
(r). Thus, FCC helps in rectifying the limitations of these different soil types by
adopting appropriate management options considering the extent and severity of each
limitation to achieve better soil and crop productivity of upland system.
Institute funded
 
Date 2020-05-20T02:23:42Z
2020-05-20T02:23:42Z
2019-12-01
 
Type Article
 
Identifier Not Available
Not Available
http://krishi.icar.gov.in/jspui/handle/123456789/35826
 
Language English
 
Relation Not Available;
 
Publisher Indian Association of Soil & Water Conservationists, Dehradun