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Chapter 3,763

Evolutionary relationships of slash pine (Pinus elliottii) with its temperate and tropical relatives

Schmidtling, R.C.; Hipkins, V.

Southern African Forestry Journal 190: 73-78

2001

ISSN/ISBN: 1029-5925
DOI: 10.1080/20702620.2001.10434118
Accession: 003762910
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Allozymes in bud tissue and monoterpene contents in xylem oleoresin of slash pine (Pinus elliottii) were analysed from populations across the natural distribution in the southeastern USA, as well as those from other species in the AUSTRALES pines. Allozyme diversity measures of slash pine were similar to those found in other southern pines. The two slash pine varieties, the slower-growing south Florida variety (var. densa) and the more commercial typical variety (var. elliottii), were not separated in the cluster analysis of allozymes. Variation was continuous from south to north in Florida in slash pine, with no distinct transition between the two varieties.

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Related References

Tucker, C.S.; Trepanier, J.C.; Harley, G.L.; DeLong, K.L. 2018: Recording Tropical Cyclone Activity from 1909 to 2014 along the Northern Gulf of Mexico using Maritime Slash Pine Trees ( Pinus elliottii var. elliottii Engelm.) Journal of Coastal Research 342: 328-340
Powers, H.R.Jr; Kraus, J.F. 1983: Developing fusiform rust cronartium quercuum f sp fusiforme resistant loblolly pine pinus taeda and slash pine pinus elliottii var elliottii Plant Disease 67(2): 187-189
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Goddard, R.; Rockwood, D. 1981: Cooperative forest genetics research program. Twenty-third progress report Florida, slash pine, Pinus elliottii, longleaf pine, Pinus palustris, sand pine, Pinus clausa, loblolly pine, Pinus taeda Research report University of Florida School of Forest Resources and Conservation: 81 (31)
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Yoshida, M.; Tsuzuki, K.; Satake, K. 1981: Growing process of loblolly pine pinus taeda and slash pine pinus elliottii var elliottii planted in the shikoku region japan 1. height growth and preparation of the volume tables for standing trees Bulletin for the Forestry and Forest Products Research Institute 313: 1-36
Belanger, R.P.; Miller, T.; Godbee, J.F. 1988: The selective cutting of trees infected by fusiform rust cronartium quercuum f sp fusiforme impacts the growth and mortality of slash pine pinus elliottii var elliottii and loblolly pine pinus taeda l. plantations Phytopathology 78(12 Part 1): 1516
Sluder, E.R. 1986: Gains from first cycle selection in slash pine pinus elliottii var elliottii and longleaf pine pinus palustris Silvae Genetica 35(4): 155-159
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Fisher, R.F.; Garbett, W.S. 1980: Response of semi mature slash pinus elliottii var elliottii and loblolly pine pinus taeda plantations to fertilization with nitrogen and phosphorus Soil Science Society of America Journal 44(4): 850-854
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Anderson, R.L.; Cost, N.D.; Mcclure, J.P.; Ryan, G. 1986: Predicting severity of fusiform rust in young loblolly pinus taeda and slash pine pinus elliottii var elliottii stands in florida georgia and the carolinas usa Southern Journal of Applied Forestry 10(1): 38-41
Webb, R.S.; Patterson, H.D. 1984: Effect of stem location of fusiform rust symptoms on volume yields of loblolly pinus taeda and slash pine pinus elliottii var elliottii sawtimber Phytopathology 74(8): 980-983
Hertel, G.D.; Benjamin, D.M. 1979: Biology of the pine webworm tetralopha robustella in florida usa slash pine pinus elliottii var elliottii plantations Annals of the Entomological Society of America 72(6): 816-819
Johnson, A.S.; Landers, J.L. 1982: Habitat relationships of summer resident birds in slash pine pinus elliottii flatwoods Journal of Wildlife Management 46(2): 416-428
Hertel, G.D. 1976: Sequential occurrence of insects on 1-,2-, and 3-year old slash pine (Pinus elliottii Engelm. var. elliottii) in northeast Florida with emphasis on the pine webworm, (Tetralopha robustella Zeller) Dissertation Abstracts: 63-64