Dispersion of nutrients in Amazonian black earth (ABE) can provide information on human activities of the inhabitants of the Amazon region. Studies on the pH, available phosphorus (P), organic matter (OM) and the exchangeable cations Ca2+ e Mg2+ were performed on soil samples from horizons A1 and A2 over an area with TPA (north-south and east-west) at a site called Ilha de Terra, located in the Conservation Unit Caxiuanã National Forest, Melgaço County, Brazil. The results indicated that the OM and Ca2+ are the ones with greater dispersion. Higher correlations were found between OM-Ca-Mg to near the central area. This leads to the inference that the dispersion geochemistry of MO, Ca, Mg and P in archaeological sites with TPA is related to p...
Arsenic concentrations in soil profiles with archaeological black earth (ABE) and surroundings (SA) ...
Most soils in the Amazon, land is usually weathered and have low chemical fertility. However, there ...
The soils of the Amazon region are usually unfertile, due to the high decomposition rate of organic ...
Padrões de dispersão de nutrientes em terra preta Amazônica (TPA) podem dar informações sobre ativid...
The comparison of morphological, mineralogical and chemical data of a soil with anthropic horizons -...
Despite the agricultural importance of Indian Black Earth (IBE) in the Amazon region, there are few ...
ABSTRACT Amazonian dark earths (ADEs) are fertile soils created by pre-Columbian Amerindian societie...
The integration of morphological, mineralogical and chemical data of a soil with Archeological Black...
ABSTRACT Soils containing archaeological black earth (ABE) are formed by the continuous deposition o...
Amazonian Dark Earths (ADEs) are unusually fertile soils characterised by elevated concentrations of...
Geochemically, Amazonian Dark Earths are characterised by a high fertility caused by stable soil org...
Throughout the Amazon region, dark-colored soils with increased fertility are identified and referre...
The Amazonian Dark Earths (ADE) are stains of soils found in the so hole Amazon basin, mainly at the...
Amazonian Dark Earths (ADE) are anthropic soils that are enriched in carbon (C) and several nutrient...
Despite the agricultural importance of India Black Earth (IBE) in the Amazon region, there are few s...
Arsenic concentrations in soil profiles with archaeological black earth (ABE) and surroundings (SA) ...
Most soils in the Amazon, land is usually weathered and have low chemical fertility. However, there ...
The soils of the Amazon region are usually unfertile, due to the high decomposition rate of organic ...
Padrões de dispersão de nutrientes em terra preta Amazônica (TPA) podem dar informações sobre ativid...
The comparison of morphological, mineralogical and chemical data of a soil with anthropic horizons -...
Despite the agricultural importance of Indian Black Earth (IBE) in the Amazon region, there are few ...
ABSTRACT Amazonian dark earths (ADEs) are fertile soils created by pre-Columbian Amerindian societie...
The integration of morphological, mineralogical and chemical data of a soil with Archeological Black...
ABSTRACT Soils containing archaeological black earth (ABE) are formed by the continuous deposition o...
Amazonian Dark Earths (ADEs) are unusually fertile soils characterised by elevated concentrations of...
Geochemically, Amazonian Dark Earths are characterised by a high fertility caused by stable soil org...
Throughout the Amazon region, dark-colored soils with increased fertility are identified and referre...
The Amazonian Dark Earths (ADE) are stains of soils found in the so hole Amazon basin, mainly at the...
Amazonian Dark Earths (ADE) are anthropic soils that are enriched in carbon (C) and several nutrient...
Despite the agricultural importance of India Black Earth (IBE) in the Amazon region, there are few s...
Arsenic concentrations in soil profiles with archaeological black earth (ABE) and surroundings (SA) ...
Most soils in the Amazon, land is usually weathered and have low chemical fertility. However, there ...
The soils of the Amazon region are usually unfertile, due to the high decomposition rate of organic ...