Fulvic acid organic fertilizer
A fulvic acid organic fertilizer, fulvic acid technology, applied in fertilization devices, fertilizer mixtures, applications, etc., can solve the problems of increased agricultural production input, soil and agricultural product pollution, farmers are not willing to use and other problems, to reduce pollution, prevent The effect of pollution and earth strength enhancement
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Embodiment 1
[0019] In the experimental comparison of each 100 mu of peanuts and corn fields, using the fulvic acid fertilizer prepared by the present invention, the consumption is 50kg / mu, and the application rate of 2000kg / mu of farmyard manure is compared. The result is that the peanut yield per mu using the fulvic acid fertilizer of the present invention Compared with the use of farmyard manure, the yield per mu increased by 80kg, or an increase of 9.2%. The yield of corn increased by 129kg, or an increase of 18.7%.
[0020] It can be seen that the fulvic acid fertilizer of the present invention is more concentrated than farmyard manure, and when the application amount is much smaller than that of farmyard manure, it still has an obvious effect of increasing production, which is conducive to saving labor costs in the field.
Embodiment 2
[0022] In this experimental example, long-acting experiments were carried out on wheat for 4 consecutive seasons.
[0023] There are 2 groups in the experiment, one group uses the fulvic acid organic fertilizer prepared by the present invention, and the control group is a commercially available common compound fertilizer, and the consumption is 50kg / mu.
[0024] The experimental results are shown in Table 1:
[0025] Table 1 Wheat long-acting experiment
[0026]
[0027] It can be seen that the fertilizer of the present invention has long fertilization time, sufficient stamina and obvious effect of increasing production.
experiment example 3
[0029] The land used in the experiment is a heavy saline-alkali wasteland, and the product of the present invention is applied at a consumption rate of 60kg / mu. The various ion contents of the soil surface before and after the experiment are shown in Table 2.
[0030] The ion content of table 2 soil surface layer (unit g / kg)
[0031] CO 3 2-
HCO 3 -
Cl -
SO 4 2-
Ca 2+
Mg 2+
K + Na +
total salt
PH value
before processing
0.112
0.435
15.517
233.623
5.336
0.082
114.866
369.971
11.02
0.061
0.392
22.960
43.282
2.860
0.016
30.506
100.077
9.03
[0032] It can be seen that the fulvic acid fertilizer of the present invention has obvious desalination effect on saline-alkali soil, and the desalination rate reaches 72.95%. At the same time, the sodium ion adsorption ratio in the soil...
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