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Znanstveno-stručno i staleško glasilo
Hrvatskoga šumarskoga društva
Journal of Forestry Society of Croatia
      Prvi puta izašao 1877. godine i neprekidno izlazi do današnjeg dana
   ISSN No.: 0373-1332              UDC 630*
upute autorima


Šalek-Grginčić, J. UDK 630* 622 + 624 (Quercus petraea Liebl.)
Regulation of Private Forests of Sessile Oak (Quercus petraea Liebl.) in the Area of the Karlovac Forest District     pdf     HR     EN 123
Pintarić, K. UDK 630* 232.1 (Larix europaea) 001.
30 Years of Research Into Larch of Various Provenances in Bosnia     pdf     HR     EN 143
Molak, B. UDK 621.31
Unnecessary Environmental Pollution and Impoverishment of the Population in the Production of Electrical Energy     pdf     HR     EN 157
Sabadi, R. UDK 630* 904
France: Forests of the Overseas Departments     pdf     HR     EN 171
Božić, M. UDK 630* 524 (Abies alba Mill.)
What is the Real Amount of Fir Stocks in Croatian Forests?     pdf     HR     EN 185
Böhm, D. UDK 630* 907.1 + UDK 551.48
Regressions in the Water Zone of the National Park Plitvička Jezera     pdf     HR     EN 197
Dimitrov, T. UDK 630* 432
Future Wildfires Related to the Global Warming     pdf     HR     EN 203
Summary: Canada is continuing research on future wildfires in circumpolar forests related to the global warming. In contrast to the research of B. J. Stocks and others (1996) in which climatic change and their impact on wildfires, fire emission and effects on the atmosphere was analyzed by use of monthly data from four models of the general circulation, in the most recent research of Flanningan and others (1998) daily data and just one model of the general circulation (Canadian General Circulation Model - GCM) were used.Daily data, rather than monthly data, were used because the weather and, consequently, fire behavior can change dramatically over time periods much shorter than a month. The simulation and fire history results suggest that the impact of global warming on northern forests through forest fires may not be disastrous and that, contrary to the expectation of an overall increase in forest fires, there may be large regions of the Northern Hemisphere with a reduced fire frequency.
In this paper the most essential parts from the study of Flanningan and others, titled "Future wildfire in circumboreal forests in relation to global warming" will be presented together with an insight into the situation over area of Croatia and Slovenia based on the enclosed maps simulating conditions by the end of the new century (about A.D. 2100).

Key words: Boreal forest; Climate model; Fire history; Global change

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