Leaf Litter

Produção de fitomassa e acúmulo de nutrientes por plantas de cobertura no cerrado piauiense

Geology / Aquatic Ecology / Production / Forest Ecology And Management / Ecology / Wastewater Treatment / Aquatic Plants / Biological Sciences / Phosphorus / Environmental Sciences / Water Quality Management / Nutrient Enrichment / Plant growth / Nitrogen / Nutrient Content / Potassium / Agricultural land use change / Biomass production / First Year / Soil nitrogen / Leaf Litter / Nutrient Loading / Soil Properties / Growth Inhibition / Above ground biomass / Dry Mass / Pig Slurry / Wastewater Treatment / Aquatic Plants / Biological Sciences / Phosphorus / Environmental Sciences / Water Quality Management / Nutrient Enrichment / Plant growth / Nitrogen / Nutrient Content / Potassium / Agricultural land use change / Biomass production / First Year / Soil nitrogen / Leaf Litter / Nutrient Loading / Soil Properties / Growth Inhibition / Above ground biomass / Dry Mass / Pig Slurry

Produção de fitomassa e acúmulo de nutrientes por plantas de cobertura no cerrado piauiense

Geology / Aquatic Ecology / Production / Forest Ecology And Management / Ecology / Wastewater Treatment / Aquatic Plants / Biological Sciences / Phosphorus / Environmental Sciences / Water Quality Management / Nutrient Enrichment / Plant growth / Nitrogen / Nutrient Content / Potassium / Agricultural land use change / Biomass production / First Year / Soil nitrogen / Leaf Litter / Nutrient Loading / Soil Properties / Growth Inhibition / Above ground biomass / Dry Mass / Pig Slurry / Wastewater Treatment / Aquatic Plants / Biological Sciences / Phosphorus / Environmental Sciences / Water Quality Management / Nutrient Enrichment / Plant growth / Nitrogen / Nutrient Content / Potassium / Agricultural land use change / Biomass production / First Year / Soil nitrogen / Leaf Litter / Nutrient Loading / Soil Properties / Growth Inhibition / Above ground biomass / Dry Mass / Pig Slurry

Mycorrhizal Hyphal Turnover as a Dominant Process for Carbon Input into Soil Organic Matter

Biological Sciences / Environmental Sciences / Soil organic matter / C sequestration / Leaf Litter / Leaf Litter Decomposition / Growing Season / Leaf Litter Decomposition / Growing Season

Mycorrhizal Hyphal Turnover as a Dominant Process for Carbon Input into Soil Organic Matter

Biological Sciences / Environmental Sciences / Soil organic matter / C sequestration / Leaf Litter / Leaf Litter Decomposition / Growing Season / Leaf Litter Decomposition / Growing Season

Mycorrhizal Hyphal Turnover as a Dominant Process for Carbon Input into Soil Organic Matter

Biological Sciences / Environmental Sciences / Soil organic matter / C sequestration / Leaf Litter / Leaf Litter Decomposition / Growing Season / Leaf Litter Decomposition / Growing Season

Mycorrhizal Hyphal Turnover as a Dominant Process for Carbon Input into Soil Organic Matter

Biological Sciences / Environmental Sciences / Soil organic matter / C sequestration / Leaf Litter / Leaf Litter Decomposition / Growing Season / Leaf Litter Decomposition / Growing Season

Biotic Indices and Stream Ecosystem Processes: Results From an Experimental STUDY1

Environmental Monitoring / Biological Sciences / Seasonality / Environmental Sciences / North Carolina / Second Year / Leaf Litter / Indexation / Ecological Applications / Organic Matter / Secondary production / Second Year / Leaf Litter / Indexation / Ecological Applications / Organic Matter / Secondary production

Leaf breakdown in a regulated desert river: Colorado River, Arizona, USA

Earth Sciences / Stable Isotope Analysis / Biological Sciences / Populus / Environmental Sciences / Stable Isotope / Colorado River / Water Temperature / Native Plants / Metabolic rate / Leaf Litter / Plant species / Stable Isotope / Colorado River / Water Temperature / Native Plants / Metabolic rate / Leaf Litter / Plant species

Leaf breakdown in a regulated desert river: Colorado River, Arizona, U.S.A

Earth Sciences / Stable Isotope Analysis / Biological Sciences / Populus / Environmental Sciences / Stable Isotope / Colorado River / Water Temperature / Native Plants / Metabolic rate / Leaf Litter / Plant species / Stable Isotope / Colorado River / Water Temperature / Native Plants / Metabolic rate / Leaf Litter / Plant species

Does Porcellio scaber (Isopoda: Oniscidea) gain from coprophagy?

Nutrition / Biological Sciences / Environmental Sciences / Leaf Litter / Boolean Satisfiability

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