Bryoflora of Baphalimali hill ranges in Eastern Ghats ... - Vasundhara

More documents

Recommendations

Info

EPTRI - ENVIS NewsletterPellia epiphylla (L.) CordaVol. 15, No.1, 2009Press, Delhi, 1968.Frego, K.A. Bryophytes as potential indicators offorest integrity. Forest Ecology andManagement., 2007, 242, 65–75.Nath, V. and Asthana, A. K. Studies on IndianBryophytes, 50 years of National BotanicalResearch Institute (eds.) P. Pushpangadan, S.Kumar & V.K. Kochhar., 2005, pp 277-288.Sahu, V., Asthana, A.K., Nath, V and Yunus, M.Bryophytes: A Useful Tool in Heavy MetalMonitoring, Archives of Enviro News,Newsletter of ISEB India Vol. 13 No. 4. 2007.Reddy, C.S., Reddy, K.N., Murthy, E.N and Raju, V.S,2009. Tree Wealth of Eastern Ghats of AndhraPradesh, India: An updated checklist. CheckList 5(2): 173–194.ABSTRACTRiccia glauca L.AcknowledgmentsThe authors are grateful to the Concern World Wide,Bangalore for providing financial support to carryout the study. The Director of Vasundhara, Orissa isthankful for his kind support and Dr. Virendra Nath,the Head of Bryology Division, NBRI, Lacknow ishighly acknowledged in identifying the doubtfulspecimens.ReferencesBuck, W.R. and Goffinet, B. Morphology andclassification of mosses. Bryophyte Biology(eds.) A. J. Shaw & B. Goffinet. CambridgeUniversity Press, University of Cambridge,UK, 2000.Champion, H.G. and Seth, S.K. A Revised Survey ofthe Forest Types of India. Govt. of IndiaPattanaik, C., C. S. Reddy and M.S.R. Murthy. 2008.An ethnobotanical survey of medicinal plants usedby the Didayi tribe of Malkangiri district of Orissa,IndiaFitoterapia, 79(1): 67-71An ethnobotanical survey was carried outamong the ethnic community (Didayi) in Malkangiridistrict, Orissa. A total of 53 medicinal plant speciesbelonging to 34 families and 52 different species aredescribed under this study.Krishna Prasad, V., K.V.S. Badarinath and A. Eaturu.2008. Biophysical and anthropogenic controls offorest fires in the Deccan Plateau, India Journal ofEnvironmental Management, 86(1): 1-13Forest fires constitute one of the most seriousenvironmental problems in several forested regionsof India. In the Indian sub-continent, relatively fewstudies have focused on the assessment ofbiophysical and anthropogenic controls of forestfires at a landscape scale and the spatial aspects ofthese relationships. In this study, we used fire countdata sets from satellite remote sensing data covering78 districts over four different states of the DeccanPlateau, India, for assessing the underlying causes offires. Spatial data for explanatory variables of firespertaining to topography, vegetation, climate,6
BIBLIOGRAPHY OF BRYOPHYTESEPTRI - ENVIS Newsletteranthropogenic and accessibility factors have beengathered corresponding with fire presence/absence. Alogistic regression model was used to estimate theprobability of the presence of fires as a function of theexplanatory variables. Results for fire area estimates2suggested that, of the total fires covering 47,043kmthat occurred during the year 2000 for the entireIndian region, 29.0% occurred in the Deccan Plateau,with Andhra Pradesh having 13.5%, Karnataka14.7%, Kerala 0.1%, and Tamilnadu 1.15%. Resultsfrom the logistic regression suggest that the strongestinfluences on the fire occurrences were the amount offorest area, biomass densities, rural populationdensity (PD), average precipitation of the warmestquarter, elevation (ELE) and mean annualtemperature (MAT). Among these variables, biomassdensity (BD) and average precipitation of thewarmest quarter had the highest significance,followed by others. These results on the bestpredictors of forest fires can be used both as a strategicplanning tool to address broad scale fire riskconcerns, and also as a tactical guide to help forestmanagers to design fire mitigation measures at thedistrict level.Behera, S. K. and M. K. Misra. 2006. Abovegroundtree biomass in a recovering tropical sal (Shorearobusta Gaertn. f.) forest of Eastern Ghats, India.Biomass and Bioenergy, 30(6): 509-521Aboveground biomass of individual treespecies by component and total biomass per unit areafor four different stages of a recovering tropical drydeciduous forest stands, dominated by sal (Shorearobusta Gaertn. f.) of the Eastern Ghats, India wereinvestigated during 2001–2002. Different periods ofrecovering (2, 4, 6, and 10-year) forest stands (84°132E, 20°292 N) were selected in the Kandhamal districtof Orissa, India and sample trees of all species wereharvested. Tree species diversity was 23, 23, 21 and22 in 2, 4, 6, and 10-year recovering stands,respectively. Species-wise Ixora pavetta showed thehighest biomass in 2 and 4-year stands while Shorearobusta in 6 and 10-year stands. Component-wise, inall species, bole–wood contribution ranged between22.6% and 60.9%. Aboveground tree biomass, in allthe stands, was dominated by Shorea robusta, which”1ranged between 12.68 and 231.91 Mg ha . Totalaboveground tree biomass was 30.12, 49.21, 107.54”1and 261.08 Mg ha in 2, 4, 6 and 10-year stands,respectively.7Vol. 15, No.1, 2009BIBLIOGRAPHY OF BRYOPHYTESAhmad, S. 1942. Three new species of Riccia from India.Curr. Sci. 11: 433 – 434.Asthana, A.K. & S.C. Srivastava. 1991. Indian Hornworts(A taxonomic study). Bryophyt. Biblioth. 42: 1 –158.Asthana, G. 2001. Present status of the genus Cololejeuneain India. In: V. Nath & A.K. Asthana (ed.),Perspectives in Indian Bryology, 209 – 217.Dehra DunAsthana, G., S.C. Srivastava & A.K. Asthana 1995. Thegenus Cheilolejeunea in India. Lindbergia 20:125 – 143.Awasthi, U.S. 1986. The genus Leptolejeunea (Spruce)Steph. in India. J. Indian Bot. Soc. 65: 117 – 123.Awasthi, U.S. & R. Udar. 1984. The genus Mastigolejeunea(Spruce) Schiffn. in India. Proc. Indian Acad.Sci. (Pl. Sci.) 93: 485 – 494.Bapna, K.R. 1968. A new record of Petalophyllum indicumKash. From Western Ghats. Curr. Sci. 37: 173 –175.Bapna, K.R. & B.L. Chaudary. 1980. Contributions onIndian Hepatics I. (1951 – 1960). Misc. Bryol.Lichénol. 8: 169 – 172.Bapna, K.R. & B.L. Chaudary. 1981a. Contributions onIndian Hepatics II. (1961 – 1970). Misc. Bryol.Lichénol. 9: 18 – 23.Bapna, K.R. & B.L. Chaudary. 1981b. Contributions onIndian Hepatics III. (1971 – 1980). Misc. Bryol.Lichénol. 9: 59 – 63.Bapna, K.R. & B.L. Chaudary. 1982. Contributions onIndian Hepatics III. (1971 – 1980). Misc. Bryol.Lichénol. 9: 93 – 94.Bruehl, P. 1931. A census of Indian mosses with analyticalkeys to the genera. Rec. Bot. Surv. India 13(1): 1– 135; 13(2): 1 – 152.Chopra, R.S. 1943. A census of Indian Hepatics. J. IndianBot. Soc. 22: 237 – 260.Chopra, R.S. 1975. Taxonomy of Indian mosses. NewDelhi.Daniels, A.E.D. 1998. Ecological adaptations of somebryophytes of the Western Ghats. J. Ecobiol. 10:261 – 270.Daniels, A.E.D. 2001. Cololejeunea furcilobulata (Berrieet Jones) Schuster and Heteroscyphus argutus(Reinw. et al.) Schiffn. from Mahendragiri hillsof Kanyakumari District of South India. In:Nath, V. & A.K. Asthana (ed.), Perspectives inIndian Bryology, 301 – 307. Dehra Dun.Daniels, A.E.D. 2004. Bryophytes. In: Annamalai, R. (ed.),Tamil Nadu Biodiversity Strategy and Actionplan.Wild Plant Diversity: 49 - 70. Governmentof Tamil Nadu, Chennai.
Page 1 and 2: EASTERN GHATSISSN : 0974-2336Vol. 1
Page 3 and 4: EPTRI - ENVIS NewsletterVol. 15, No
Page 5: EPTRI - ENVIS Newsletter Vol. 15, N

Bryoflora of Baphalimali hill ranges in Eastern Ghats ... - Vasundhara

You also want an ePaper? Increase the reach of your titles

Delete template?

Save as template?