Results 141 to 150 of about 4,953 (180)

???????????? ???????????????????????????????? ?????????????????????????? ???????????????? ?? ?????????????????????? ?????????????????? ?????????? Pinaceae

2021
Karyological differentiation of bog and dry valley populations of Pinaceae is due to differences of microevolutional process in forest stands in contrast environmental condition of bogs and dry valleys. Diploid chromosomal sets of dry valley populations of Pinaceae species are equal to 2n = 2x = 24.
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Early evolution in the Pinaceae

Review of Palaeobotany and Palynology, 1976
Abstract Nineteen species of structurally preserved ovulate cones of the Pinaceae are known from the Cretaceous. One of these belongs to Pinus , while the others contain anatomical features necessitating their classification in the organ genera Pityostrobus and Pseudoaraucaria .
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BIOGENIC SILICA IN THE PINACEAE

Soil Science, 1978
ABSTRACT Biogenic opal was isolated in measurable quantities from 15 taxa of the family Pinaceae. Opal contents varied from 0.08 percent of dry weight in Pinus resinosa to 1.37 percent in Larix decidua. The silica content of a widely ranging species, Tsuga canadensis, varied significantly with collection location in New York State, but the causes of ...
ROBERT L. KLEIN, JAMES W. GEIS
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?????????????????????? ???????????????? ???????????????? ?????????????????? ?????????????????????? ?? ?????????? ???????? Pinus (Pinaceae)

2021
?? ?????????? ?????????? ???????? Pinus ???????????????????? ?????????? ?????????????????????????????? ?????????????????? ?? ???????????????? ?????????????????????? ???????????? ????????. ???????????????? ???????? ???????????????? ?? ???????????? ???? ???????????????????????????????????????? ???????????? ???????????????? ??????????????. ????????????????
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Identification of COS markers in the Pinaceae

Tree Genetics & Genomes, 2008
Conserved ortholog set (COS) markers are evolutionary conserved, single-copy genes, identified from large databases of express sequence tags (ESTs). They are of particular use for constructing syntenic genetic maps among species. In this study, we identified a set of 1,813 putative single-copy COS markers between spruce and loblolly pine, then designed
Cherdsak Liewlaksaneeyanawin, Jun Zhuang, Michelle Tang, Nima Farzaneh, Gillian Lueng, Claire Cullis, Susan Findlay, Carol E. Ritland, Jörg Bohlmann, Kermit Ritland   +9 more
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Cellular Differentiation of the Cambium in the Pinaceae

Botanical Gazette, 1973
Patterns of cellular differentiation in the cambial zone of several members of the Pinaceae are discussed with attention focused upon the cambial ray initials. These initials consist of erect and radially elongate cells. The latter often extend across the zone of dividing axial elements and even into the mature xylem and phloem.
Tomasz J. Wodzicki, Claud L. Brown
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Promotion of Flowering in the Pinaceae by Gibberellins

Physiologia Plantarum, 1979
AbstractGibberellins (GAs) were effective in promoting flowering in sexually mature (45‐year‐old scions) grafts of loblolly pine (Pinus taeda L.). Seed‐cone production was increased 12‐fold in field‐grown, grafted ramets by bi‐weekly, May‐September applications of 500 μg per branch of GA4/7. Gibberellin A3 was equally effective at 500 μg but not at 100
STEPHEN D. ROSS, MICHAEL S. GREENWOOD
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?????????????????????????? ???????????????????? ?????????????? ???? ?????????? ?????????????????????? ???????? ?????? ?????????????? ?????????????????? Pinus sylvestris (Pinaceae) ?? ?????????????????????????? ???????????????????? ?????????? "???????????????????? ????????????"

2021
?????????????????????? ?????????????????? ?????????????????????????? ?????????????? ????????????-?????????????? ?? ?????????????? ?????????????????????? ?????? ???????????????? ???????????????????? Pinus sylvestris ???? ???????????????????? ?????????????????????????? ???????????????????? ?????????? "???????????????????? ????????????". ??????????????????
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Fam.: Nadelhölzer. Pinaceae

1910
Strauch mit mehr oder weniger niederliegenden, oft fast am Boden kriechenden Asten oder schrag aufstrebendem, oft 7 bis 8 m hohem Stamm mit unregelmasiger Krone. Rinde aschgrau, im Alter rotlich, abblatternd. — Blatter ausdauernd; an jungen Pflanzen nadeiformig, linealisch, stachelspitzig, abstehend, oben blaugrun, auf dem Rucken mit langlicher Druse ...
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?????????????????????????????????? Pinus cembra (Pinaceae) ?? ????????????????-?????????????????????? ?????????? ??????????????

2021
?? ????'???????? ?? ???????????????????????? ?????????????? ???????????????????? ?????????????? ???????????????????????? ?????????? ???? ???????????????????????? ?????????????????????????????????????? ???????????????????? ?????????????? ???????????? ?????????????????????? ????????????. ???????????????????? ?????? ?????????????? ?? ???????????????????? ?
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