PJE 3

vol. 51 (4) 2003

pages	Articles
399-401	Scots pine (Pinus sylvestris) ecosystem response to climate on a temperate to boreal forest transect: project description David Reed, Alicja Breymeyer, Marek Degórski, and Reginald Noble	Abstract
403-411	Pine ecosystem response to warming along north-south climatic transect in Europe : presentation of research project Alicja Breymeyer	Abstract
413-420	A boreal-temperate transect in Europe: history of pine stands reconstructed from the radial growth of trees Henn Pärn	Abstract
421-439	Scots Pine forests of the Vaccinio-piceetea class in Europe: forest sites studied Jerzy Solon	Abstract
441-459	Morpholithological genesis and soil properties of the pine forest ecosystems in relation to the North-South transect in Europe Marek Degórski	Abstract
339-351	Local variability of soil properties of forest stands along the North-South climatic transect in Europe Marek Degórski	Abstract
471-479	Woody biomass and annual production across a latitudinal gradient in northern Scots pine (Pinus sylvestris) forests Linda M. Nagel, John A. Vucetich, David D. Reed, Glenn D. Mroz, and Henn Parn	Abstract
481-492	Changes in herb layer heterogeneity of Scots pine forests along the North-South transect Jerzy Solon	Abstract
493-506	Ecological groups of vascular plant species in the herb layer of the pine forests of Northern and Central Europe Ewa Roo-Zielińska	Abstract
507-511	Epiphytic lichens diversity and chemistry in Scots pine forests along the transect from Northern Finland to Southern Poland Ljudmilla Martin, Juri Martin	Abstract
513-527	Ground vegetation carbon and its relation to climate and species richness Jerzy Solon, Ewa Roo-Zielińska	Abstract
529-543	Processes of litter fall and decomposition: boreal – temperate transect studies of pine ecosystems Alicja Breymeyer	Abstract
545-552	Carbon pools and storage along a temperate to boreal transect in Northern Scots pine (Pinus sylvestris) forests David Reed and Linda Nagel	Abstract
553-555	Rate of change of pine litter fall and decay in response to changing climate along N-S transect Alicja Breymeyer	Abstract
557-559	The rate of changes in the radial growth of pine trees along the latitudinal transect between 50–70^oN Henn Pärn	Abstract