Baran A, Cayci G, Kütük C, Hartmann R
Department of Soil Science, Faculty of Agriculture, Ankara University, Turkey.
Bioresour Technol. 2001 May;78(1):103-6. doi: 10.1016/s0960-8524(00)00171-1.
The use of composted grape marc (CGM) as a plant growth medium was investigated with Hypostases (Hypostases phyllostagya). Seven media were prepared using CGM mixed, in different ratios, with native peat and perlite. The following mixtures were used: 100% CGM, 75% CGM + 25% peat, 50% CGM + 50% perlite, 25% CGM + 75% peat, 50% CGM + 25%) peat + 25% perlite, 25%, CGM + 50%, peat + 25% perlite and 100% peat. The experiment was arranged in a randomized plot design with four replicates under greenhouse conditions. After a growing period of three months, some horticultural parameters were measured. Besides, some physical and chemical properties of the growing medium were determined. The mixtures of 50% CGM + 50% peat, 25% CGM + 75% peat and 100% peat were found to be most suitable based on the horticultural parameters. This was confirmed through the physical characteristics. Up to 50% composted grape marc can be used in mixtures with peat on account of its low cost and high nutrient content.
以毛叶枣(Hypostases phyllostagya)为试材,研究了堆肥葡萄渣(CGM)作为植物生长基质的应用。使用CGM与天然泥炭和珍珠岩按不同比例混合制备了七种基质。采用了以下混合物:100% CGM、75% CGM + 25%泥炭、50% CGM + 50%珍珠岩、25% CGM + 75%泥炭、50% CGM + 25%泥炭 + 25%珍珠岩、25% CGM + 50%泥炭 + 25%珍珠岩和100%泥炭。试验采用随机区组设计,在温室条件下进行4次重复。经过三个月的生长周期后,测量了一些园艺参数。此外,还测定了生长基质的一些物理和化学性质。基于园艺参数,发现50% CGM + 50%泥炭、25% CGM + 75%泥炭和100%泥炭的混合物最为适宜。这一点通过物理特性得到了证实。由于其成本低且营养成分高,堆肥葡萄渣在与泥炭的混合物中用量可达50%。