EIA practice in India

Mareddy, Anji Reddy

doi:10.1016/b978-0-12-811139-0.00013-x

Cited by 3 publications

(4 citation statements)

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“…• point-nonpoint source trading: As treatment processes tend to yield a Bod removal efficiency at approximately 85% [19], the removal of 95% upon WWtp CBod appears rather infeasible. hence, an example trading mechanism is applied for which all WWtps encounter an 80% WWtp CBod removal while the tributaries, storm drains and conduits exhibit a 50% CBod removal.…”

Section: Data Sources For Inflows and Diversions For The Case Study O...mentioning

confidence: 99%

Assessing Climate Change Linkages related to Water Quality Trading Effectiveness for Incorporating Ancillary Benefits

Su¹,

Goel²,

Burian³

et al. 2021

Int. J. EI

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Climate change effect on water quality performance of lakes, rivers and streams is a significant concern for watershed planning and management. Climate change characteristics may potentially increase the likelihood that waterbodies will fail to meet established water quality standards, often obligating watershed managers to undertake expensive monitoring and load allocation studies for possible remedies against such impairment. one such load allocation study involves the implementation of water quality trading (WQt), which often is proposed as a mechanism for improving surface water quality goals under a socially and economically feasible manner. however, while future growth and land use change is incorporated through a margin of safety, WQt markets do not typically incorporate the characteristics of climate change that have been suggested to exhibit strong linkages against achieving the desired levels of water quality benefit. Consequently, this modelling study evaluates the characteristics of climate change upon the levels of water quality benefit along a river system subject to distinct load removal exercises: a) removal upon point sources only and b) removal based on a point-nonpoint source trading mechanism under a theoretical WQt program. this study applies such assessments upon the load allocation exercises through carbonaceous biochemical oxygen demand reduction for addressing a recognized dissolved oxygen problem along the Jordan river in utah, conducting such analyses through selected climate change projections described by the representative concentration pathways. for achieving such tasks, separate simulations are conducted through the Water Quality Assessment simulation program, evaluating the performance of such trading mechanisms under observed meteorological data against modelled climate data through selected representative concentration pathway projections under a historical period from Water year 2007 to 2009. this exercise assesses the performance of such load allocation studies subject to climatic characteristics toward suggesting linkages among climate change, water quality benefit and the effectiveness of a theoretical WQt mechanism.

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Section: Data Sources For Inflows and Diversions For The Case Study O...mentioning

confidence: 99%

Assessing Climate Change Linkages related to Water Quality Trading Effectiveness for Incorporating Ancillary Benefits

Su¹,

Goel²,

Burian³

et al. 2021

Int. J. EI

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show abstract

“…The counterpart of the point source is a non-point source (NPS). The term is often used synonymously in the literature with other terms such as "diffuse source" or "area source" (e.g., in the definitions [70,72]) and "refer[s] to those inputs and impacts which occur over a wide area and [ . .…”

Section: Definitions Of Point and Non-point Source Emissionsmentioning

confidence: 99%

A Structured Approach for the Mitigation of Natural Methane Emissions—Lessons Learned from Anthropogenic Emissions

Johannisson

Hiete

2020

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Methane is the second most important greenhouse gas. Natural methane emissions represent 35–50% of the global emissions budget. They are identified, measured and categorized, but, in stark contrast to anthropogenic emissions, research on their mitigation is largely absent. To explain this, 18 problems are identified and presented. This includes problems related to the emission characteristics, technological and economic challenges, as well as problems resulting from a missing framework. Consequently, strategies, methods and solutions to solve or circumvent the identified problems are proposed. The framework covers definitions for methane source categorization and for categories of emission types and mitigation approaches. Business cases for methane mitigation are discussed and promising mitigation technologies briefly assessed. The importance to get started with methane mitigation in the different areas is highlighted and avenues for doing so are presented.

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“…Conforme Mareddy (2017), a compreensão de aspectos descritivos do ambiente e sua configuração em torno de proposições de desenvolvimento é essencial à AI e depende da linha de base ambiental. Esta é o referencial a partir do qual estudos sobre impactos no meio podem ser desenvolvidos, sendo composta de coleções informacionais que abarcam a dimensão biofísica, social e econômica de áreas de interesse.…”

Section: Energiaunclassified

“…Tal ramificação principal também é extraída de Haines-Young e Potschin (2009), que esboçam arranjos conceituais que clarificam o aliamento entre objetivos e definições da abordagem de SE. Aproximando-se da primeira vertente mencionada e situando a aplicação do conceito de SE no contexto da AIA, cuja finalidade reside em eliminar ou minimizar os efeitos negativos sobre qualidades do ambiente pressionadas por múltiplas intervenções (SÁNCHEZ, 2013;MAREDDY, 2017), Rosa (2014) não pressupõe a valoração econômica de SE à compensação ambiental, mas sim o uso dessa combinação de conceitos à redução de possibilidades de impactos ambientais.…”

Section: Síntese Conceitualunclassified

Análise dos efeitos da mudança de cobertura da terra sobre a oferta de serviços ecossistêmicos em áreas úmidas periurbanas no estado de São Paulo

Santos¹

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Agradeço à Maria, pelo amor, compreensão e companhia de sempre.Ao prof. Marcelo Montaño, pela confiança, parceria, críticas e abertura na orientação das atividades de pesquisa e de churras.Ao MapBiomas, grupo no qual tive a oportunidade de fazer parte ao longo da pesquisa e que forneceu instrumentos imprescindíveis para as análises desenvolvidas. Agradeço principalmente ao Breno, Eduardo e ao Julio, que acompanharam de perto todos os desafios deste percurso. Nesse sentido, também agradeço ao prof. Marcel e aos Survivors, pelos aprendizados e amizade neste período.À Universidade de São Paulo, especificamente ao Programa de Pós-graduação em Ciências da Engenharia Ambiental (PPGSEA), por fornecer as condições necessárias para as atividades desenvolvidas nesta pesquisa. Agradeço ainda aos trabalhadores da Secretaria do PPGSEA, sobretudo por facilitar o dia-a-dia na pós-graduação.À Coordenação de Aperfeiçoamento de Pessoal de Nível Superior (CAPES) pela bolsa de mestrado. RESUMOSANTOS JUNIOR, E. R. dos Análise dos efeitos da mudança de cobertura da terra sobre a oferta de serviços ecossistêmicos em áreas úmidas periurbanas no estado de São Paulo. 2023. 150p. Dissertação (Mestrado) -

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EIA practice in India

Cited by 3 publications

References 0 publications

Assessing Climate Change Linkages related to Water Quality Trading Effectiveness for Incorporating Ancillary Benefits

Assessing Climate Change Linkages related to Water Quality Trading Effectiveness for Incorporating Ancillary Benefits

A Structured Approach for the Mitigation of Natural Methane Emissions—Lessons Learned from Anthropogenic Emissions

Análise dos efeitos da mudança de cobertura da terra sobre a oferta de serviços ecossistêmicos em áreas úmidas periurbanas no estado de São Paulo

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