Directory UMM :Data Elmu:jurnal:T:Tree Physiology:Vol15.1995:
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In the 1992 study, sun leaves had significantly higher rates of isoprene emission than shade leaves when isoprene emission was expressed on a leaf area basis (Figure 1A, Table
In June 1993, we made leaf-level physiologi- cal measurements on sun and shade leaves of sweetgum ( Liquidambar styraciflua L.) to compare rates of isoprene emission and
Leaf mass per unit area (a, b) and leaf nitrogen per unit area (c, d) in leaves of the first (a, c) and second (b, d) growth flush during the second growing season of beech
All clones increased the percent of carbon allocated from recently mature leaves to lower stem and root tissue following terminal bud set, but Clone 271 appeared to make
Light-saturated photosynthesis (Pmax ) of mature tree ( j ) and seedling ( s ) leaves for combined data from the 1992 and 1993 growing seasons shown as a function of internal
On the right, arrows with open heads show where control of flux by regulation of gene expression is thought to occur; high sucrose in source leaves feeds back to reduce expression
The daily gross CO 2 assimilation is allocated to respiration, growth of organs (leaves, tap root, ®brous roots) and to sugar storage. 3 shows cumulative simulated dry matter
A statistical interpolation method is proposed which allows calculation of the leaf area index LAI(t), the downward cumulative leaf area index L(z, t) and the canopy leaf area
