• Tidak ada hasil yang ditemukan

Directory UMM :Data Elmu:jurnal:E:European Journal of Agronomy:Vol11.Issue3-4.Nov1999:

N/A
N/A
Protected

Academic year: 2017

Membagikan "Directory UMM :Data Elmu:jurnal:E:European Journal of Agronomy:Vol11.Issue3-4.Nov1999:"

Copied!
13
0
0

Teks penuh

Loading

Gambar

Fig. 1. (A) Daily minimum (—) and maximum (…) air temper-atures. (B) Daily incident solar radiation
Fig. 3. Change with time of the calculated leaf osmotic potentialat full turgor (p100) in six irrigated (open symbols) and sixrainfed (closed symbols) chickpea genotypes grown in the fieldat Merredin, Western Australia, in 1995 (Experiment 1)
Table 1
Fig. 4. Change with time in (A) above-ground dry matter, (B)green area index, and (C) interception of photosyntheticallyactive radiation in six rainfed chickpea genotypes grown in thefield at Merredin, Western Australia, in 1995 (Experiment 1).The data poin
+4

Referensi

Dokumen terkait

In the present work, isozyme analysis was used to study the possible relationship between embryo triosephosphate isomerase (TPI) isozyme genotypes in `Keitt' progeny and the weights

Analysis of variance showed significant differ- ences among genotypes for all traits (Table 2). Although differences between the two different years were generally significant,

Two months after planting, there were no e ff ects of kinetin on plant growth, however, PGPR still had positive e ff ects on the leaf area of grain corn, but they decreased the

The sensitivity was greatest at the early stage (‘leaf ’), when a temporary soil water stress reduced the biomass production by up to 30 % with respect to the control and WUE was 4.8

Water uptake by the plant is deter- The overall mean yield simulated for the catch- mined by the rooting depth and root density, both ment was calculated after temporal scaling of

length within each group of fish: the largest fish in a tank were up to six times more likely to have damaged fins than the smallest fish. While studies of small groups of

In this study, the effects of additions of laboratory-grown microbes and several commercial bacterial additives were evaluated on the GR of B. plicatilis cultured under

Nitrate-N levels (mean ± standard error) in leachate beneath six pasture swards grown on drainage lysimeters at State College, PA, from April 1994 to March 1996..