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USA-MN-DASSEL Azienda Directories
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Azienda News:
- (PDF) Condiciones ambientales y microorganismos adecuados para la . . .
La obtención del humus gracias a estos organismos se da por la síntesis de los residuos orgánicos a nutrientes, ideales para el suelo, proceso que se lleva a cabo en su corto sistema digestivo
- Condiciones ambientales y microorganismos adecuados para la obtención . . .
Obtaining humus thanks to these organisms occurs through the synthesis of organic waste into nutrients, ideal for the soil, a process that takes place in its short digestive system In addition, to achieve a proper development of worms there are important environmental
- The Effect of Specific Soil Microorganisms on Soil Quality Parameters . . .
This study aims to determine the influence of specific soil microorganisms (PGPR and PGPF individually and in a complex) on soil organic carbon (SOC), soil respiration and biodiversity in loamy Cambisol under reduced tillage conditions
- Humic substances, their microbial interactions and effects on . . .
They support growth of microorganisms, enhance growth nutrient uptake as well as affect primary and secondary metabolism Indirect beneficial effects of HS on microbes include an influence on environmental conditions (Kulikova et al , 2005)
- Humic substances: Structure, function and benefits for agroecosystems . . .
Humic substances (HSs), derived from degraded plant remains and found ubiquitously in nature, are an important source of organic matter The application of HSs to soil enhances essential nutrient supply and assimilation of atmospheric CO2 due to increasing biomass yield
- The Scientific Significance of Humus in Soil Composition
Research indicated that soils rich in humus contain a higher diversity of microorganisms, which contribute to nutrient cycling and organic matter decomposition A notable finding is the ability of humus to improve soil moisture retention, which is becoming increasingly important given climate change's impact on rainfall patterns
- The Impact of Microorganisms on Humus Formation: Exploring their Role . . .
Understanding the importance of humus and its relationship with microorganisms is essential for sustainable agriculture and soil management By harnessing the power of microorganisms to decompose organic matter and build humus, we can improve soil fertility, increase crop yields, and promote the long-term health of our soils
- Properties of Humic Acid Substances and Their Effect in Soil Quality . . .
Humic substances positively effect's soil quality and fertility by increasing its water holding capacity, stabilisation of soil structure, soil microbial activity, plant physiology It also
- Humus in Soil: Supporting Microbial Life and Plant Productivity
Humus is essential for soil health, enhancing nutrient storage, water retention, and supporting beneficial microbes Increasing humus content through organic practices can improve soil structure and boost long-term agricultural productivity
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