Directory UMM :Data Elmu:jurnal:A:Agricultural & Forest Meterology:Vol100.Issue2-3.Febr2000:
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If soil and forest floor organic matter and coarse and fine root biomass are in approximately steady state, total below- ground carbon allocation ( B c) can be estimated as the
The reported parameters were calculated as follows: aseptic cultures (%) (number of clean seed cultures number of total seed cultures inoculated (sown) per treatment) 100;
Total weed biomass was measured at the first weeding, 3 months after planting (MAP), and total weed biomass and aboveground biomass, partitioning and nutrient accumulation of C.
The objectives of this study were to: (1) determine the grain and above- ground biomass production and water-use efficiency of individual crops grown in the rotation; (2) analyze
Model assessment showed that simulated biomass and grain yield of maize were close to the measured data in medium water-retentive sandy loam; while in low retentive loamy sand,
Interception estimates using the reformulated version of the Gash analytical model were ∼ 4% lower than measured totals, and were strongly dependent on both canopy cover and on
(a) Expected values and confidence limits (5 and 95%) of daily mean global radiation using Bristow-Campbell model and Angot radiation for Arica; (b) Expected value and confidence
Sensitivity of the model to the plant parameters: (a) apex albedo, (b) apex diameter and maximum stomatal conductance, (c) apex height above the soil surface and to the
