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Publication Title:   Correlation of forest communities with environment and phenology on the H.J. Andrews Experimental Forest, Oregon

Year:  1974     Status:  Published     Publication Type:  Book Section

H. J. Andrews Publication Number:  474

Citation:  Zobel, D. B.; McKee, W. A.; Hawk, G. M.; Dyrness, C. T. 1974. Correlation of forest communities with environment and phenology on the H.J. Andrews Experimental Forest, Oregon. In: Waring, R. H.; Edmonds, R. L., eds. Integrated research in the coniferous forest biome. Bulletin 5. Seattle, WA: Coniferous Forest Biome: 48-56.

Online PDF:  http://andrewsforest.oregonstate.edu/pubs/pdf/pub474.pdf

Abstract:  Air and soil temperature, leaf nutrient content, late summer plant mois-ture stress, and phenology were measured on 14 of the 23 forest communi- ties recognized in the study area. The three vegetation zones identified differ considerably in a temperature index. Comparisons of an existingvegetation ordination with ordinations made using the results of thisstudy showed that the x axis of the vegetation ordination represents amoisture axis. Although both temperature and nutrition correlate tosome extent with the y axis of the ordination, it is not simply a re-sponse to any one or two factors studied. Yearday of selected pheno-logical stages, is well correlated with the temperature index used, butnot with ordination axes. The maximum predawn moisture stress and the calculated temperature indexeffectively separate the previously classified communities in the studyarea. The range of the environmental indexes measured in this area is very similar to that in the eastern Siskiyou Mountain forests.

Personnel and Keyword Links

Author Links
Zobel ,  Donald   B.
McKee ,  W.   Arthur
Hawk ,  Glenn   M.
Dyrness ,  C.   Ted


Theme
Air temperature
Environmental indexes and variables
Forest communities
Forest ecosystems
Forest zones
Habitat types
Moisture stress
Nutrients
Ordination
Phenology
Phenophases
Plant communities
Plant community ecology
Soil temperature
Stand ordination
Vascular plants

Place
Andrews Experimental Forest (HJA)