Abstract:Correlações em áreas de nascentes da Micro-Bacia do Ribeirão das Posses ..... 4.2.2 Correlações nas nascentes das micro-bacias dos Ribeirões Posses e Salto ........ 4.3 Análises do Ribeirão das Posses .
“…Regarding N, P, and C, we highlight that possibly because of larger forest areas, SC was more enriched in NO 3 than PS (Tables 1 and 2; Fig. 11), which was also observed by Santos (2014) comparing these two catchments in 2011-2013. As has been shown in many publications, NO 3 dynamics are more intense in forest soils than in pasture soils reflecting in the stream chemistry.…”
Section: Streamwater Quality Responses To Forest Vegetation Recoverysupporting
confidence: 65%
“…Therefore, it seems that the mentioned point sources of pollution became more frequent in 2017. Considering all these results and the detected point source inputs, the recommendation of Santos (2014) was not confirmed for the use of EC as an indicator of the effects of the ESP program activities, which are restricted to farming and reforestation practices, for water quality improvement.…”
Section: Streamwater Quality Responses To Forest Vegetation Recoverymentioning
confidence: 85%
“…Therefore, forest recovery as well as landscape and management soil practice effects on the water resources can have overlapping benefits for such discovered pollution sources. Otherwise, all the efforts to improve water quality can be diminished as it is targeted by the local PES program, as pointed out by Santos (2014), who concluded that the forest recovery would reduce the effects of nutrient, sediments and organic compounds carried by the hydric terrestrial flows and consequently collaborating for the water resources conservation in the region.…”
Section: Streamwater Quality Responses To Forest Vegetation Recoverymentioning
We investigated the fluvial geochemistry of two catchments at different stages in the forest recovery process which have been a focus of an Environmental Services Payment (ESP) program in Brazil. The Posses (PS) and Salto de Cima (SC) catchments (1200 ha and 1500 ha, respectively) are situated in the municipality of Extrema, Minas Gerais state. Their streams flow into the Jaguari River that supplies part of the water demand of the São Paulo metropolitan area. Samples were collected for chemical analysis and physical-chemical field measures every 2 weeks from January to December 2017. An important pollution point source was discovered in the PS stream related to bovine urine and feces, as well another unidentified source that can be related to a small food processing industry and/or a small fish farm. At the SC stream, on the other hand, there was clear evidence of domestic sewage input. This preliminary study confirmed a limited improvement of the stream water quality in response to recovery of the forest vegetation. Therefore, we recommend that in addition to enhanced monitoring to help distinguish biogeochemical sources and the benefits of land conservation practices, the ESP program should consider controlling point source pollution to accomplish its purpose.
“…Regarding N, P, and C, we highlight that possibly because of larger forest areas, SC was more enriched in NO 3 than PS (Tables 1 and 2; Fig. 11), which was also observed by Santos (2014) comparing these two catchments in 2011-2013. As has been shown in many publications, NO 3 dynamics are more intense in forest soils than in pasture soils reflecting in the stream chemistry.…”
Section: Streamwater Quality Responses To Forest Vegetation Recoverysupporting
confidence: 65%
“…Therefore, it seems that the mentioned point sources of pollution became more frequent in 2017. Considering all these results and the detected point source inputs, the recommendation of Santos (2014) was not confirmed for the use of EC as an indicator of the effects of the ESP program activities, which are restricted to farming and reforestation practices, for water quality improvement.…”
Section: Streamwater Quality Responses To Forest Vegetation Recoverymentioning
confidence: 85%
“…Therefore, forest recovery as well as landscape and management soil practice effects on the water resources can have overlapping benefits for such discovered pollution sources. Otherwise, all the efforts to improve water quality can be diminished as it is targeted by the local PES program, as pointed out by Santos (2014), who concluded that the forest recovery would reduce the effects of nutrient, sediments and organic compounds carried by the hydric terrestrial flows and consequently collaborating for the water resources conservation in the region.…”
Section: Streamwater Quality Responses To Forest Vegetation Recoverymentioning
We investigated the fluvial geochemistry of two catchments at different stages in the forest recovery process which have been a focus of an Environmental Services Payment (ESP) program in Brazil. The Posses (PS) and Salto de Cima (SC) catchments (1200 ha and 1500 ha, respectively) are situated in the municipality of Extrema, Minas Gerais state. Their streams flow into the Jaguari River that supplies part of the water demand of the São Paulo metropolitan area. Samples were collected for chemical analysis and physical-chemical field measures every 2 weeks from January to December 2017. An important pollution point source was discovered in the PS stream related to bovine urine and feces, as well another unidentified source that can be related to a small food processing industry and/or a small fish farm. At the SC stream, on the other hand, there was clear evidence of domestic sewage input. This preliminary study confirmed a limited improvement of the stream water quality in response to recovery of the forest vegetation. Therefore, we recommend that in addition to enhanced monitoring to help distinguish biogeochemical sources and the benefits of land conservation practices, the ESP program should consider controlling point source pollution to accomplish its purpose.
“…Como já observado em relação aos resultados de Santos (2014), ocorreu uma redução significativa nas formas de nitrogênio inorgânico, NO3e NH4 + , indicando uma melhoria nas atividades de manejo de gado e eficiência no isolamento das áreas em restauração na bacia. Através da análise de δ 13 C do MPSG foi possível avaliar que elevações nos teores de NH4 + na nascente P1 ocorreu devido à presença massiva de gramíneas no leito do curso d'água, não pelos dejetos de gado na área, e ainda, pela análise do δ 15 N foi identificado um processo de eutrofização no canal do ribeirão e a interferência de algas.…”
Section: Influência Das Ações De Restauração E Vegetação Ripária Nos unclassified
“…Houve uma redução na CE média nascentes P1 e P6 e no tributário P5, em comparação aos resultados de Santos (2014), entre 2011 e 2013, o que indica uma melhoria na qualidade da água nesses locais. E ainda, quando considerado o uso da terra, as nascentes com maiores áreas florestais absolutas e relativas à bacia de drenagem foram também aquelas com menores valores CE.…”
Dissertação apresentada para obtenção do título de Mestre em Ciências Área de concentração: Ecologia Aplicada Piracicaba 2018 Lucas de Camargo Reis Bacharel e Licenciado em Ciências Biológicas Avaliação hidrobiogeoquímica na bacia do Ribeirão das Posses no âmbito do Programa Conservador das Águas, Extrema, MG versão revisada de acordo com a resolução CoPGr 6018 de 2011 Orientadora: Profa. Dra. MARISA DE CÁSSIA PICCOLO Dissertação apresentada para obtenção do título de Mestre em Ciências Área de concentração: Ecologia Aplicada Piracicaba 2018 Dados Internacionais de Catalogação na Publicação DIVISÃO DE BIBLIOTECA-DIBD/ESALQ/USP Reis, Lucas de Camargo Avaliação hidrobiogeoquímica na bacia do Ribeirão das Posses no âmbito do Programa Conservador das Águas, Extrema, MG / Lucas de Camargo Reis.-versão revisada de acordo com a resolução CoPGr 6018 de 2011.-Piracicaba, 2018.
This article explores the intersection between access to justice and the integration of Lawtechs and Legaltechs, investigating how these technological innovations can promote a significant transformation in the legal system. The research highlights the potential of the solutions offered by these platforms to overcome traditional barriers, such as high costs, complexity of the legal system, and slowness in the provision of jurisdiction. Additionally, it emphasizes how these technologies can democratize access to justice by providing affordable and personalized legal support, streamlining processes, and promoting alternative dispute resolution. The analysis suggests that the continued integration of artificial intelligence in the legal domain can effectively strengthen the equity and efficiency of the legal system, paving the way for broader and more equitable access to justice.
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