Abstract
Techniques have been studied to accelerate, on a commercial scale, the natural refreshment effects which synthesize useful materials, such as compost and grape and amino acids from carbon dioxide, oxidized wastes and excretions exhausted by man. The symbiotic relationship between primeval bacteria and useful bacteria for Japanese traditional foods was investigated in 3 different experimental sections which were commonly composted; the first one consisting of composted soil, the second one provided with a layer (EM layer), in which these bacteria were densely cultured, on composted soil, and the third one with a common accelerator driven only by solar energy. A total of 9 seed potatoes were planted, 3 for each section, to monitor their growth. It is quantitatively confirmed that, when cultured in the third section, they grow roughly 3 times faster than in the first one. Sweetness can be sufficiently secured by the EM effect, because of sufficiently high ground temperature in early summer and an anaerobic atmosphere kept in the system. 6 refs., 2 figs.
Citation Formats
Isogai, H, and Kawakami, T.
Realization of an accelerator for environmental refreshment in case of soil; Dojo no kankyo sosei no tame no kasoku no jitsugen.
Japan: N. p.,
1996.
Web.
Isogai, H, & Kawakami, T.
Realization of an accelerator for environmental refreshment in case of soil; Dojo no kankyo sosei no tame no kasoku no jitsugen.
Japan.
Isogai, H, and Kawakami, T.
1996.
"Realization of an accelerator for environmental refreshment in case of soil; Dojo no kankyo sosei no tame no kasoku no jitsugen."
Japan.
@misc{etde_472812,
title = {Realization of an accelerator for environmental refreshment in case of soil; Dojo no kankyo sosei no tame no kasoku no jitsugen}
author = {Isogai, H, and Kawakami, T}
abstractNote = {Techniques have been studied to accelerate, on a commercial scale, the natural refreshment effects which synthesize useful materials, such as compost and grape and amino acids from carbon dioxide, oxidized wastes and excretions exhausted by man. The symbiotic relationship between primeval bacteria and useful bacteria for Japanese traditional foods was investigated in 3 different experimental sections which were commonly composted; the first one consisting of composted soil, the second one provided with a layer (EM layer), in which these bacteria were densely cultured, on composted soil, and the third one with a common accelerator driven only by solar energy. A total of 9 seed potatoes were planted, 3 for each section, to monitor their growth. It is quantitatively confirmed that, when cultured in the third section, they grow roughly 3 times faster than in the first one. Sweetness can be sufficiently secured by the EM effect, because of sufficiently high ground temperature in early summer and an anaerobic atmosphere kept in the system. 6 refs., 2 figs.}
place = {Japan}
year = {1996}
month = {Oct}
}
title = {Realization of an accelerator for environmental refreshment in case of soil; Dojo no kankyo sosei no tame no kasoku no jitsugen}
author = {Isogai, H, and Kawakami, T}
abstractNote = {Techniques have been studied to accelerate, on a commercial scale, the natural refreshment effects which synthesize useful materials, such as compost and grape and amino acids from carbon dioxide, oxidized wastes and excretions exhausted by man. The symbiotic relationship between primeval bacteria and useful bacteria for Japanese traditional foods was investigated in 3 different experimental sections which were commonly composted; the first one consisting of composted soil, the second one provided with a layer (EM layer), in which these bacteria were densely cultured, on composted soil, and the third one with a common accelerator driven only by solar energy. A total of 9 seed potatoes were planted, 3 for each section, to monitor their growth. It is quantitatively confirmed that, when cultured in the third section, they grow roughly 3 times faster than in the first one. Sweetness can be sufficiently secured by the EM effect, because of sufficiently high ground temperature in early summer and an anaerobic atmosphere kept in the system. 6 refs., 2 figs.}
place = {Japan}
year = {1996}
month = {Oct}
}