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Vaiiation of' leaf slomata: conductance (g);,! is one of'tl2c mechanisms by which forest plants respond to rapidly-changing e~~vironmental conditions. By influencing the turgor pressure of' ~uard cells, leaf water potential ('I1) could he a clc?te~.minnnt of 8,. Therefore, the objectives of the present study were: (a) to examine thc: variation of$ and'IJ in selected forest tree species undervnryjnglevels ofnatural shade; (h) to cl~~antify tllt: relationship hetween g, and1%'; and tl~el.e.by (c) to det,ernline tl~e cuvi~~oomental and plant factors that detelminc g,. This study was conducted at the Lower Hantana, university forest site ti.vm Septernbbcr 1998 tu January 1999. Nine foresttree species (Alsto~i.iansucro~~?~.~~lla, Merc:tri.rri~,,qc~ l~c~ltertn, Ac:l.o~r,,yc.l~.io p~d7.1~71 CIILCL~U, Tectollu grul~,rlis, Terrtri~zrrliu cu.fa1111u., Srtri.r<tr,7r~a n~c~c:roj~lryll.o, Filicilrrn. rlccipinlrs, M(.szru. firrea and Srrn.icu.rpus ~~i,yro-oiritlis) wl~ich includecl hot11 pioneer and climax forms, pawing under different levels of natm.nl shade, i.e. open, medium shacle and full shade, were used for n~easurements. Filiciu.r~r. decipi~ns,, iVIrrc:u.r.ci/~,g~~, prltutcl, il/lesztu ferreu., LSerr~icarpzts n,igro-r~iridis, shade, stomata1 conductance, stomata1 density, Su~irtc?ll.ia mcrcrop?~.~~l~y n?rn1.i7i~diu catuj~~la., Ikcl0n.a g~~a~i.~Eis, water potential.

journal of the national science foundation of sri lanka/journal of the national science foundation

Relationship between stomatal conductance and leaf water potential in selected forest tree species growing under different levels of natural shade in the mid-country wet zone