<p><sup>a</sup> Organic matter = Total dry matter–ash.</p><p><sup>b</sup> Recovery = Calculated as sum(carbohydrates+protein+total lignin +ash)/total dry matter*100.</p><p><sup>c</sup> Nitrogen to protein conversion factor 6.25.</p><p><sup>d</sup> Calculated as difference = total nitrogen-water insoluble nitrogen.</p><p><sup>e</sup> Corrected for ash.</p><p>n.s. not specified. +/- STDEV between analytical duplicates.</p><p>BM: basic mixture; PI: compost after Phase I; PII: compost after Phase II; PIII–16: compost after 16 days of mycelium growth for batch A.</p
Compost stabilitylmaturity has become a critical issue for land application of compost because immat...
<p>EGM: exhausted grape marc; GM: grape marc; CM: cattle manure; PM: poultry manure. EC: electrical ...
Changes of plant cell wall carbohydrate structures occurring during the process to make suitable com...
<p><sup>a</sup>Calculation was performed based on 1000 kg of DM using values presented in Tables <a ...
<p><sup>a</sup>Molar compostition. Rha = ramnosyl, Ara = arabinosyl, Xyl = xylosyl, Man = mannosyl, ...
<p><sup>a</sup>PII: Phase II compost; PIII-16 is Phase III compost after 16 days of mycelium growth ...
<p>TOC: total organic C; TN: total organic N; WSC: water-soluble C; Cfa: fulvic acid-like C; Cha: hu...
The evolution of different components of the water-soluble organic matter, water soluble carbon (COW...
<p>EC: electrical conductivity; OM: organic matter; TN: total organic nitrogen; WSPOL: water-soluble...
Three blends formed by i) food processing waste (CPFP), ii) wastewater sewage sludge (CPWW), iii) an...
The activity of microorganisms and the availability of composting substrates for decomposition are s...
In wheat straw based composting, enabling growth of Agaricus bisporusmushrooms, it is unknown to whi...
4 pagesInternational audienceApplying composts is useful for increasing soil carbon (C) stocks and i...
Temperature profile and moisture, organic matter, pH, C/N, total carbon and total nitrogen variation...
Two types of compost, consisting of sweet sorghum bagasse with either sewage sludge or a mixture of ...
Compost stabilitylmaturity has become a critical issue for land application of compost because immat...
<p>EGM: exhausted grape marc; GM: grape marc; CM: cattle manure; PM: poultry manure. EC: electrical ...
Changes of plant cell wall carbohydrate structures occurring during the process to make suitable com...
<p><sup>a</sup>Calculation was performed based on 1000 kg of DM using values presented in Tables <a ...
<p><sup>a</sup>Molar compostition. Rha = ramnosyl, Ara = arabinosyl, Xyl = xylosyl, Man = mannosyl, ...
<p><sup>a</sup>PII: Phase II compost; PIII-16 is Phase III compost after 16 days of mycelium growth ...
<p>TOC: total organic C; TN: total organic N; WSC: water-soluble C; Cfa: fulvic acid-like C; Cha: hu...
The evolution of different components of the water-soluble organic matter, water soluble carbon (COW...
<p>EC: electrical conductivity; OM: organic matter; TN: total organic nitrogen; WSPOL: water-soluble...
Three blends formed by i) food processing waste (CPFP), ii) wastewater sewage sludge (CPWW), iii) an...
The activity of microorganisms and the availability of composting substrates for decomposition are s...
In wheat straw based composting, enabling growth of Agaricus bisporusmushrooms, it is unknown to whi...
4 pagesInternational audienceApplying composts is useful for increasing soil carbon (C) stocks and i...
Temperature profile and moisture, organic matter, pH, C/N, total carbon and total nitrogen variation...
Two types of compost, consisting of sweet sorghum bagasse with either sewage sludge or a mixture of ...
Compost stabilitylmaturity has become a critical issue for land application of compost because immat...
<p>EGM: exhausted grape marc; GM: grape marc; CM: cattle manure; PM: poultry manure. EC: electrical ...
Changes of plant cell wall carbohydrate structures occurring during the process to make suitable com...