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...used as a [[probiotic]] in Japan, Korea, and China. ''C. butyricum'' is a soil inhabitant in various parts of the world, has been cultured from the stool ...Miyairi from feces in Japan in 1933. In 1963, CBM 588 was isolated from a soil sample in [[Nagano, Nagano|Nagano]], Japan. Preparations based on CBM 588 h ...

...used as a [[probiotic]] in Japan, Korea, and China. ''C. butyricum'' is a soil inhabitant in various parts of the world, has been cultured from the stool ...Miyairi from feces in Japan in 1933. In 1963, CBM 588 was isolated from a soil sample in [[Nagano, Nagano|Nagano]], Japan. Preparations based on CBM 588 h ...

植物は[[soil/ja|土壌]]からミネラルを得る。植物は動物に摂取されることで、ミネラルを[[food chain/ja|食物連鎖]]の上に移動させる。大型の生物は土 ...engineering/ja|バイオエンジニアリング]]され、ミネラルの[[Solubility/ja|溶解]]や[[Precipitation (chemistry)/ja|沈殿]]を[[catalysis/ja|触媒]]することができる。鉱物栄養素は、土壌、海洋、[[freshwater/ja|淡水]]、[[gr ...

...D-PS962>3.0.CO;2-N |title=Factors controlling degradation of pesticides in soil |year=1999 |last1=Sims |first1=Gerald K. |last2=Cupples |first2=Alison M. | {{Medicinal chemistry}} ...

...eactions produce waste products such as [[carbon dioxide]], water, [[Salt (chemistry)|salts]], [[urea]] and [[uric acid]]. Accumulation of these wastes beyond a ...| date = 2010 }}</ref> Plants also excrete some waste substances into the soil around them.<ref>http://www.tutorvista.com/content/science/science-ii/excre ...

...e organisms in their typical ecological niches (plant and animal surfaces, soil). Thus, despite the added energy requirements of ergosterol synthesis (if c ...gal membranes. This causes ions (predominantly [[potassium]] and [[hydron (chemistry)|hydrons]]) and other molecules to leak out, which will kill the cell. Amph ...

...e organisms in their typical ecological niches (plant and animal surfaces, soil). Thus, despite the added energy requirements of ergosterol synthesis (if c ...gal membranes. This causes ions (predominantly [[potassium]] and [[hydron (chemistry)|hydrons]]) and other molecules to leak out, which will kill the cell. Amph ...

...rainage, and high oxygen availability are preferred. The pH optimum of the soil ranges from 6.8 to 8.3. and emergence from heavy soils is rather difficult. ...m|0|abbr=on}}. The seeds are then placed in these furrows and covered with soil. Line sowing offers advantages for intercultural operations such as weeding ...

...s moving minerals up the [[food chain]]. Larger organisms may also consume soil ([[geophagia]]) or use mineral resources, such as [[salt lick]]s, to obtain ...talysis|catalyze]] mineral [[Solubility|dissolution]] and [[Precipitation (chemistry)|precipitation]]. Mineral nutrients are [[Recycling (ecological)|recycled]] ...

...rainage, and high oxygen availability are preferred. The pH optimum of the soil ranges from 6.8 to 8.3. and emergence from heavy soils is rather difficult. ...m|0|abbr=on}}. The seeds are then placed in these furrows and covered with soil. Line sowing offers advantages for intercultural operations such as weeding ...

...s moving minerals up the [[food chain]]. Larger organisms may also consume soil ([[geophagia]]) or use mineral resources, such as [[salt lick]]s, to obtain ...talysis|catalyze]] mineral [[Solubility|dissolution]] and [[Precipitation (chemistry)|precipitation]]. Mineral nutrients are [[Recycling (ecological)|recycled]] ...

...e thoroughly dug or ploughed by the farmer to break up the soil. After the soil is sufficiently ploughed (at least 3–5 times), water channels are made {{co ...check weed growth, break the firmness of the soil from rain, and conserve soil moisture. Farmers must ensure that their ginger crops are receiving supplem ...

...e thoroughly dug or ploughed by the farmer to break up the soil. After the soil is sufficiently ploughed (at least 3–5 times), water channels are made {{co ...check weed growth, break the firmness of the soil from rain, and conserve soil moisture. Farmers must ensure that their ginger crops are receiving supplem ...

'''カリウム'''は[[chemical element/ja|化学元素]]の一つであり、[[Symbol (chemistry)/ja|記号]]は'''K'''（[[:en:Neo-Latin|新ラテン語]]{{lang|la|kalium}}から）、[[atomic numb ...ートとクラプロスの''カリウム''という名称が採用された。[[:en:International Union of Pure and Applied Chemistry|国際純正・応用化学連合]]の「ゴールドブック」では、公式の化学記号を'''K'''と定めている。 ...

==化合物と化学{{Anchor|Compounds and chemistry}}== ...zincite/ja|炭酸亜鉛]]、{{chem|Zn|5|(OH)|6|(CO₃)|2}}の保護[[Passivation (chemistry)/ja|不動態化]]層を形成する。 ...

...''', is a [[gram-positive]], [[catalase]]-positive [[bacterium]], found in soil and the [[gastrointestinal tract]] of [[ruminant]]s, humans and marine spon ...ommensal]] in humans. A 2009 study compared the density of spores found in soil (about 10⁶ spores per gram) to that found in human feces (about ...

...''', is a [[gram-positive]], [[catalase]]-positive [[bacterium]], found in soil and the [[gastrointestinal tract]] of [[ruminant]]s, humans and marine spon ...ommensal]] in humans. A 2009 study compared the density of spores found in soil (about 10⁶ spores per gram) to that found in human feces (about ...

=== Chemistry === ...cepivora]]'', two pathogens that can both destroy a crop and remain in the soil indefinitely once introduced. Garlic may also suffer from [[Pyrenochaeta te ...

=== Chemistry === ...cepivora]]'', two pathogens that can both destroy a crop and remain in the soil indefinitely once introduced. Garlic may also suffer from [[Pyrenochaeta te ...

'''Potassium''' is a [[chemical element]]; it has [[Symbol (chemistry)|symbol]] '''K''' (from [[Neo-Latin]] {{lang|la|kalium}}) and [[atomic numb ...er, such as [[saltwater soap]]. Heavy crop production rapidly depletes the soil of potassium, and this can be remedied with agricultural fertilizers contai ...