Monthly Variation in Plant Biomass and Net Primary Productivity of a Mixed Deciduous Forest at Foothills of Kumaun Himalaya

Variation in plant biomass and net primary productivity of a forest grazing land vegetation was analyzed in Tarai of Kumaun Himalaya near Kashipur. The vegetation was studied at monthly intervals from April 2007 to April 2008. Aboveground green biomass, dead biomass, litter biomass and belowground b...

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Main Authors: Suresh Chandra PANT, Bhasker JOSHI
Format: Article
Language:English
Published: Alexandru Ioan Cuza University of Iasi 2012-03-01
Series:International Journal of Conservation Science
Subjects:
Online Access:http://ijcs.uaic.ro/pub/IJCS-12-05-Joshi.pdf
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spelling doaj-35cb36d367d04fdaa14a4c59053fa3dc2020-11-25T00:27:57ZengAlexandru Ioan Cuza University of IasiInternational Journal of Conservation Science2067-533X2067-82232012-03-01314150Monthly Variation in Plant Biomass and Net Primary Productivity of a Mixed Deciduous Forest at Foothills of Kumaun HimalayaSuresh Chandra PANTBhasker JOSHIVariation in plant biomass and net primary productivity of a forest grazing land vegetation was analyzed in Tarai of Kumaun Himalaya near Kashipur. The vegetation was studied at monthly intervals from April 2007 to April 2008. Aboveground green biomass, dead biomass, litter biomass and belowground biomass were recorded as 216.93±42.42 g•m-2, 15.30±8.65 g•m-2, 5.52±2.31 g•m-2 and 132.91±41.70 g•m-2 respectively. Average total plant biomass was 365.15±70.23 g•m-2. The aboveground, belowground and litter production were 372.33 g•m-2, 339.70 g•m-2 and 13.91 g•m-2 respectively. Total net primary production was 712.03±23.07 g•m-2. The turnover rates were 1.17, 1.20 and 1.47 for aboveground, litter and belowground parts respectively. Based on system transfer function, the net surplus of organic material as the rate of disappearance was moderately half than the rate of dry matter accumulation.http://ijcs.uaic.ro/pub/IJCS-12-05-Joshi.pdfForest floor vegetationKumaun Himalayaplant biomassprimary productivitynet productionsystem transfer function.
collection DOAJ
language English
format Article
sources DOAJ
author Suresh Chandra PANT
Bhasker JOSHI
spellingShingle Suresh Chandra PANT
Bhasker JOSHI
Monthly Variation in Plant Biomass and Net Primary Productivity of a Mixed Deciduous Forest at Foothills of Kumaun Himalaya
International Journal of Conservation Science
Forest floor vegetation
Kumaun Himalaya
plant biomass
primary productivity
net production
system transfer function.
author_facet Suresh Chandra PANT
Bhasker JOSHI
author_sort Suresh Chandra PANT
title Monthly Variation in Plant Biomass and Net Primary Productivity of a Mixed Deciduous Forest at Foothills of Kumaun Himalaya
title_short Monthly Variation in Plant Biomass and Net Primary Productivity of a Mixed Deciduous Forest at Foothills of Kumaun Himalaya
title_full Monthly Variation in Plant Biomass and Net Primary Productivity of a Mixed Deciduous Forest at Foothills of Kumaun Himalaya
title_fullStr Monthly Variation in Plant Biomass and Net Primary Productivity of a Mixed Deciduous Forest at Foothills of Kumaun Himalaya
title_full_unstemmed Monthly Variation in Plant Biomass and Net Primary Productivity of a Mixed Deciduous Forest at Foothills of Kumaun Himalaya
title_sort monthly variation in plant biomass and net primary productivity of a mixed deciduous forest at foothills of kumaun himalaya
publisher Alexandru Ioan Cuza University of Iasi
series International Journal of Conservation Science
issn 2067-533X
2067-8223
publishDate 2012-03-01
description Variation in plant biomass and net primary productivity of a forest grazing land vegetation was analyzed in Tarai of Kumaun Himalaya near Kashipur. The vegetation was studied at monthly intervals from April 2007 to April 2008. Aboveground green biomass, dead biomass, litter biomass and belowground biomass were recorded as 216.93±42.42 g•m-2, 15.30±8.65 g•m-2, 5.52±2.31 g•m-2 and 132.91±41.70 g•m-2 respectively. Average total plant biomass was 365.15±70.23 g•m-2. The aboveground, belowground and litter production were 372.33 g•m-2, 339.70 g•m-2 and 13.91 g•m-2 respectively. Total net primary production was 712.03±23.07 g•m-2. The turnover rates were 1.17, 1.20 and 1.47 for aboveground, litter and belowground parts respectively. Based on system transfer function, the net surplus of organic material as the rate of disappearance was moderately half than the rate of dry matter accumulation.
topic Forest floor vegetation
Kumaun Himalaya
plant biomass
primary productivity
net production
system transfer function.
url http://ijcs.uaic.ro/pub/IJCS-12-05-Joshi.pdf
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