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까치박달과 서어나무의 광합성과 수분관계에 미치는 토양 침수의 영향

The Effect of Soil Flooding on Photosynthesis and Water Relations of Carpinus cordata and Carpinus laxiflora


To explanin allopatric distribution of Carpinus cordata and C. laxiflora in the field the effect of soil flooding on photosynthesis and water relations was tested with field grown saplings. Under the flooding condition stomatal conductance of C. laxiflora decreased markedly from day two after flooding treatment and remanined low throughout the experiment. In contrast, flooding had no effect on stomatal conductance of C. cordata throughout the exper iment. The rate of photosynthesis of C. laxiflora was significantly suppressed under flooding conditions, whereas that of C. cordata was not affected in the flooded condition. On day seven after flooding treatment xylem pressure potential of C. laxiflora significantly decreased. Flooding, however, did not have any effect on the xylem pressure potential of C. cordata throughout the experiment. From these findings it is concluded that there is a difference in resistance to flooding between C. cordata and C. laxiflora and that one of the the factors responsible for allopatric distribution in the two species is flooding.

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참고문헌 (23)

  1. Causes of injury to flooded tobacco plants , Kramer, P.J.;W.T. Jackson , P1. Physiol / v.29,pp.241-245, 1954
  2. Responses of cherrybark oak (Quercus falcata var. pagodaefolia) seedlings to short-trem flooding , Pezeshki, S. R.;J. L. Chambers , Can. J. For. Res. / v.31,pp.760-771, 1985
  3. Differential flood stress resistance of two tomato genotypes , McNamara, S.T.;C.A. mitchell , J. Amer. Soc. Hort. Sci. / v.114,pp.976-980, 1989
  4. Photosynthetic and growth responses of silver mapple(Acer saccharinum L.) seedlings to flooding , Bazzaz, F.A.;D.L. Peterson , Am. Midl. Nat. / v.112,pp.261-272, 1984
  5. Responses of woody plants to flooding , Kozlowski, T.T.:T.T. Kozlowski(ed.) , Flooding and Plant Growth / v.,pp.129-163, 1984
  6. Rapid injury to peas by soil waterlogging , Jackson, M.B. , J. Sci. Food Agri / v.30,pp.143-152, 1979
  7. Seed and seedling demography of four co-occuring Carpinus species in a temperate deciduous forest , Shibata, M.;T. Nakashizuka , Ecology / v.76,pp.1099-1108, 1995
  8. Community structure of a species-rich temperate forest , Masaki, T.;W. Suzuki;K. Niiyama;S. Iida;H. Tanaka;T. Nakashizuka , Ogawa Forest Reserve, Central Japan. Vegetatio / v.98,pp.97-111, 1992
  9. Effect of aeration, water supply and nitrogen source on growth and development of tupelo gum and bald cypress , Dickson, R.E.;T.C. Broyer , Ecology / v.53,pp.626-634, 1972
  10. Photosynthesis, transpiration and leaf conductance of Populus deltoides in relation to flooding and drought , Regehr, D.L.;F.A. Bazzaz;W.R. Boggess , Photosynthetica / v.9,pp.52-61, 1975
  11. Water supply and tree growth , Kozlowski, T.T. , Flooding. For. Abstr / v.43,pp.145-161, 1982
  12. Stress physiology and the distribution of plants , Osmond, C.B.;M.P. Austin;J.A. Berry;W.D. Billings;J.S. Boyer;J.W.H. Dacey;P.S. Nobel;S.D. Smith;W.E. Winner , BioScience / v.37,pp.38-48, 1987
  13. The mechanism of water absorption by roots Ⅱ;The role of hydrostatic pressure gradients , Mees, G.C.;P.E. Weatherley , Proc. R. Soc. London Ser. / v.B 147,pp.381-391, 1957
  14. Short-term flooding and growth net photosynthesis in seedlings of three. conifers , Zaerr, J.B. , For. Sci. / v.29,pp.71-78, 1983
  15. Effects of soil flooding on leaf gas exchange of tomato , Bradford, K.J. , Pl. Physiol / v.73a,pp.475-479, 1983
  16. Gas exchange and flooding stress of highbush and rabbit eye blueberries , Davies, F.S.;J.A. Flore , J. Am. Soc. Hort. Sci. / v.111,pp.565-571, 1986
  17. Stomatal and photosynthetic response of sweet gum(Liquidambar styraciflua) to flooding , Pezeshki, S.R.;J.L. Chambers , Can. J. For. Res. / v.15,pp.371-375, 1985
  18. Factors limiting the distribution of Digitaria adscendens and Elusine indica on coastal sand dunes in Japan , Park, Y.M. , Ecol. Res. / v.4,pp.131-144, 1989
  19. Involvement of plant growth substances in the alteration of leaf gas exchange of flooded tomato plants , Bradford, K. J. , Pl. Physiol / v.73,pp.480-483, 1983
  20. Comparative ecophysiology of Larix kaempferi(Lamb.) Carr. and Abies veitchii Lindl. I. Seedling establishment on bare ground on Mt. , Yura, H. , Fuji. Ecol. Res. / v.3,pp.67-73, 1989
  21. The chemistry and physiology of abscisic acid , Milborrow, B.V. , Annu. Rev. Pl. Physiol. / v.25,pp.259-307, 1974
  22. 이소적 두 수종의 수분관계 일변화 , 박용목 , 한국생태학회지 / v.19,pp.453-463, 1996
  23. Effect of flooding on water, carbohydrate and mineral relations , Kozlowski, T.T.;S.G. Pallardy;T.T. Kozlowski(ed.) , Flooding and Plant Growth / v.,pp.165-194, 1984

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