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This book collects six papers published in the Agronomy Special Issue "New Advances on Nutrients Recovery from Agro-Industrial and Livestock Wastes for Sustainable Farming" that aim to furnish new information on nutrients recovery from organic wastes.

Technology: general issues --- Capsicum annuun L. --- compost tea --- bio-stimulant --- plant nutrients --- biocontrol --- pathogens --- wastewater --- rice straw --- cow manure --- Eisenia fetida --- biological parameters --- vermicomposting --- waste management --- germination --- microbial community --- organic fertilization --- wheat --- potatoes --- legume-cereal mix --- corn --- yield --- organic waste --- manure --- nematode community --- 16S --- bacterial community --- biological treatments --- biomass --- nutrients recovery --- recycle --- waste treatment --- Capsicum annuun L. --- compost tea --- bio-stimulant --- plant nutrients --- biocontrol --- pathogens --- wastewater --- rice straw --- cow manure --- Eisenia fetida --- biological parameters --- vermicomposting --- waste management --- germination --- microbial community --- organic fertilization --- wheat --- potatoes --- legume-cereal mix --- corn --- yield --- organic waste --- manure --- nematode community --- 16S --- bacterial community --- biological treatments --- biomass --- nutrients recovery --- recycle --- waste treatment

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The book contains research articles and reviews recently published online for the MDPI journal Diversity, in the Special Issue "Genetic diversity of soil bacterial communities". The issue aimed to collect up to date information from the international scientific community to get insight in the "black box", as soil has been defined in the last decades, focusing in detail on the role that the microbial communities have in soil processes such as carbon and nutrient fluxes and on their genetic and functional diversity. The book meets the interests of scientific communities directly involved in the topics investigated, as well as of PhD students, scholars, professional organizations interested in improving their knowledge on a group of organisms considered vitally important to the maintenance and sustainability of the biosphere, where soil has a key role as an important natural resource.

bacterial community structure --- biological fertility index --- land use --- microbial biomass --- microbial respiration --- ribosomal RNA copy numbers --- sweet potato --- bacterial communities --- nitrogen fixation --- phosphate mineralization --- plant genotype --- bacteria --- diversity --- operational taxonomic unit (OTU) --- enzymes activity --- biological nitrogen fixation --- nitrogen --- Leucaena leucocephala --- Acacia mangium --- Gliricidia sepium --- Clitoria fairchildiana --- fodder grasses --- lawn grasses --- soil bacteria --- soil enzymes --- soil bacteria diversity --- bacteriobiome --- soil fertility

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The book contains research articles and reviews recently published online for the MDPI journal Diversity, in the Special Issue "Genetic diversity of soil bacterial communities". The issue aimed to collect up to date information from the international scientific community to get insight in the "black box", as soil has been defined in the last decades, focusing in detail on the role that the microbial communities have in soil processes such as carbon and nutrient fluxes and on their genetic and functional diversity. The book meets the interests of scientific communities directly involved in the topics investigated, as well as of PhD students, scholars, professional organizations interested in improving their knowledge on a group of organisms considered vitally important to the maintenance and sustainability of the biosphere, where soil has a key role as an important natural resource.

Research & information: general --- Biology, life sciences --- bacterial community structure --- biological fertility index --- land use --- microbial biomass --- microbial respiration --- ribosomal RNA copy numbers --- sweet potato --- bacterial communities --- nitrogen fixation --- phosphate mineralization --- plant genotype --- bacteria --- diversity --- operational taxonomic unit (OTU) --- enzymes activity --- biological nitrogen fixation --- nitrogen --- Leucaena leucocephala --- Acacia mangium --- Gliricidia sepium --- Clitoria fairchildiana --- fodder grasses --- lawn grasses --- soil bacteria --- soil enzymes --- soil bacteria diversity --- bacteriobiome --- soil fertility --- bacterial community structure --- biological fertility index --- land use --- microbial biomass --- microbial respiration --- ribosomal RNA copy numbers --- sweet potato --- bacterial communities --- nitrogen fixation --- phosphate mineralization --- plant genotype --- bacteria --- diversity --- operational taxonomic unit (OTU) --- enzymes activity --- biological nitrogen fixation --- nitrogen --- Leucaena leucocephala --- Acacia mangium --- Gliricidia sepium --- Clitoria fairchildiana --- fodder grasses --- lawn grasses --- soil bacteria --- soil enzymes --- soil bacteria diversity --- bacteriobiome --- soil fertility

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The toxicity and fate of pharmaceuticals and other emerging micro-organic contaminants in the natural and built environments have been the focus of much research over the last twenty years. Particular focus has recently centred on the fate of antimicrobial chemicals, including antibiotics and antifungals. The occurrence of such chemicals in the environment is thought to contribute to the selection of resistance in exposed microorganisms.This Special Issue (SI) brings together a broad range of recent advances in the field of emerging micro-organic contaminants, ranging from medicinal contaminants to industrial chemicals in the environment. Notably, these range from chemical extraction and large-scale analysis to adverse effects on non-target aquatic organisms and potential risk to humans via contaminated foodstuffs. Additionally, this Special Issue also presents novel contaminant treatment/degradation methods of both physical and biological nature.

chitosan --- risk assessment --- n/a --- di(2-ethylhexyl) phthalate (DEHP) --- Escherichia coli --- picolinic acid --- degradation --- 6-hydroxypicolinic acid --- biosorption --- coagulation --- qPCR --- global monitoring --- Pseudomonas putida --- basic buffer --- validation --- ethyl tert-butyl ether --- wastewater --- sewage treatment --- crustacean --- ETBE biodegradation --- ethB gene --- veterinary drug --- water quality --- tetracyclines --- micropollutants --- bacterial community --- antibiotics --- Membrane Bioreactor --- UPLC MS/MS --- bisphenol A (BPA) --- GAC-biofilter --- shrimp --- vitellogenin (VTG) --- hormones --- polluted aquifer --- biodegradation --- Rhodococcus --- sewage sludge --- ion suppression --- ozone --- pharmaceutical residues --- beta-lactams --- espresso coffee machine extraction --- mass spectrometry --- dye decolorization --- chlorination --- pressurized hot water extraction --- immobilization --- ARGs --- pharmaceuticals --- organic pollutants --- residue --- perfluorinated compounds --- liquid chromatography tandem mass spectrometry --- activated carbon --- irgarol --- fuel oxygenates

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Forest ecosystems are often disturbed by agents such as harvesting, fire, wind, insects and diseases, and acid deposition, with differing intensities and frequencies. Such disturbances can markedly affect the amount, form, and stability of soil organic carbon in, and the emission of greenhouse gases, including CO2, CH4, and N2O from, forest ecosystems. It is vitally important that we improve our understanding of the impact of different disturbance regimes on forest soil carbon dynamics and greenhouse gas emissions to guide our future research, forest management practices, and policy development. This Special Issue provides an important update on the disturbance effects on soil carbon and greenhouse gas emissions in forest ecosystems in different climate regions.

greenhouse gas emission --- heterotrophic respiration --- Camellia oleifera --- Larix principis-rupprechtii Mayr --- soil microbial residue --- assisted natural regeneration --- soil organic carbon --- soil carbon sequestration --- soil CO2 --- surface soil layer --- landform --- anthropogenic effect --- South Korea --- CO2 effluxes --- storm damage --- microbial properties --- calcareous soil --- land use pattern --- soil total nitrogen --- generation --- tree mortality --- land use types --- forest conversion --- DCD --- carbon source–sink --- stoichiometric ratios --- autotrophic respiration --- N2O --- CO2 emission --- organic carbon mineralization --- CH4 emissions --- clear-cutting --- CO2 production and diffusion --- soil quality --- nitrification inhibitor --- organic carbon accumulation --- climate change mitigation --- global change --- greenhouse gas inventory --- warming --- soil properties --- bacterial community --- sensitivity --- soil characteristics --- forest --- insect outbreak --- biochar --- nitrous oxide --- CO2 --- soil respiration --- land-use change --- decomposition --- soil --- natural forest --- calcareous soils --- greenhouse gas --- forest soils --- karst graben basin --- plantation --- rocky desertification --- fitting parameters --- temperature --- forest disturbance --- microbe --- subtropical forest --- N addition --- carbon stock changes --- IPCC --- next-generation sequencing --- nitrogen --- N2O emissions --- red soils --- CH4 --- coastal wetlands --- CO2 emissions --- stand age --- successive planting --- plum plantation ages