Authors:
R. A. Robertson (Ed.)
Venue:
Helsinki
Keywords:
peat, peatland, sphagnum
Documentfile:
Int-Peat-2.pdf
Summary:
Dunberg, A., Bohlin, E., Geladi, P. & Albano, C. Automated identification of peat components by means of microspectrophotometry
Davydik, I.I. An approach to the determination of the state of decomposition of peat and other organic substances
Rieley, J.O. & Page, S.E. Eutrophication of Wybunbury Moss National Nature Reserve, Cheshire, U.K.
Christanis, K. Philippi : A peat deposit awaiting development
Kuntze, H. The need for peat soil conservation
Belanger, A., Levesque, M.P. & Mathur, S.P. The influence of variation in soil copper on the yield and nutrition of radishes grown in microplots on two peat soils
Rengo, J., Reinikkala, P., Pihlaja, K. & Karunen, P. The vertical and geographical distribution of fungal’hyphae in non-hyaline leaf cells of Sphagnum
Leger, S., Chornet, E. & Overend, R.P. A laboratory pressing procedure to quantify the dewatering characteristics of untreated and thermally treated peat
Sapek, B. & Sapek, A. Changes in the properties of humus substances and the sorption complex in reclaimed peat soils
Kazda, J. & Cook, B. Unusually high densities of slowly growing mycobacteria on sphagnum moss in New Zealand
Begum, D.A. & Hossain, T. Characterization of Bangladesh peats in the Kola Mouza, Chanda Bee! and Baghia Beel areas
Bjflrnbom, P., Karlsson, 0., Hflrnell, C., Bjflrnbom, E. & Pirjamali, M. Swedish oil from peat project
Lishtvan, I., Belkevich, P., Dolidovich, E. & Sheremet, L. Medical properties of peat