Cyclamen persicum cultivation medium prepared with corn cob
A technology of cultivation substrate and corncob, which is applied in the field of agricultural organic resource utilization, can solve problems such as not being effectively utilized, and achieve the effects of reducing usage, wide sources and obvious social benefits.
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Embodiment 1
[0017] Fermentation treatment of corncobs: The C-N ratio of corncobs is as high as 74.6, which seriously restricts the activity of microorganisms in the fermentation process. Therefore, 2.1Kg of urea is added to each cubic meter of corncob powder before fermentation to increase the N source, and a small amount of gypsum powder is added to adjust the acidity and alkalinity (pH6 .5 or so). When fermenting, the moisture content is controlled at about 60%, and the plastic film is put on the cover after fully stirring. During the fermentation process, the temperature in the substrate heap can reach 60-65°C, even as high as 70°C in summer. After 4-6 days of fermentation, spread out the pile to cool down, and completely remove the toxic gas, and the fully fermented corn cob powder is dark gray. High-temperature disinfection before use, and spray 15%-20% formalin solution to sterilize. Adjust physical and chemical properties for later use.
[0018] Fermentation treatment of peanut ...
Embodiment 2
[0023] Application of embodiment 2 composite matrix in cyclamen cultivation
[0024] With the substrate of the formula of embodiment 1, be used for the cultivation of cyclamen, use peat substrate (peat: perlite=3: 1) as contrast (CK) cultivation under the same conditions (cultivation under greenhouse conditions, this greenhouse has fully automatic Temperature control and ventilation facilities can ensure a relatively stable and suitable growth environment for the test materials during the test period). The results are shown in Table 1:
[0025] Table 1 The comprehensive evaluation index of plant morphological indicators of cyclamen cultivated in composite substrate
[0026] matrix
[0027] It can be seen from Table 1 that the comprehensive evaluation index of cyclamen morphological indicators is higher than that of the traditional peat matrix formula, and the cost of the matrix is greatly reduced.
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