Our team's extensive research contributions
"Specific Water Consumption in Chromite Mining and Ferrochrome Alloy Manufacturing
"Role of Stakeholders in Sustainable Management of an Urban Waterbody and Wetland" (2024)
"Role of Stakeholders in Sustainable Management of an Urban Waterbody and Wetland" (2024)
.png/:/cr=t:0%25,l:0%25,w:100%25,h:36.32%25/rs=w:388,h:194,cg:true)
This study uses detailed water audit evidence to quantify sector-specific water consumption and identify targeted reduction strategies for improving water efficiency in mining and ferrochrome alloy production.
"Role of Stakeholders in Sustainable Management of an Urban Waterbody and Wetland" (2024)
"Role of Stakeholders in Sustainable Management of an Urban Waterbody and Wetland" (2024)
"Role of Stakeholders in Sustainable Management of an Urban Waterbody and Wetland" (2024)
.png/:/cr=t:2.4%25,l:0%25,w:100%25,h:39.37%25/rs=w:388,h:194,cg:true)
Analyzes the crucial influence and necessary engagement of diverse stakeholders in ensuring the long-term ecological and functional sustainability of an urban waterbody and wetland area.
"Benchmarking Industrial Water Use Efficiency in India" (2024)
"Role of Stakeholders in Sustainable Management of an Urban Waterbody and Wetland" (2024)
"Interlinking Science-Policy for Stormwater Management Using Urban Blue-Green Infrastructure" (2023)
.png/:/cr=t:41.71%25,l:0%25,w:100%25,h:37.37%25/rs=w:388,h:194,cg:true)
Policy Brief examining opportunities for water-intensive industries to optimize resource consumption and reduce environmental footprint.
"Interlinking Science-Policy for Stormwater Management Using Urban Blue-Green Infrastructure" (2023)
"Interlinking Science-Policy for Stormwater Management Using Urban Blue-Green Infrastructure" (2023)
"Interlinking Science-Policy for Stormwater Management Using Urban Blue-Green Infrastructure" (2023)
.png/:/cr=t:2.61%25,l:0%25,w:100%25,h:37.54%25/rs=w:388,h:194,cg:true)
It talks about how geospatial data and Blue-Green Infrastructure (BGI) can inform policy to improve stormwater management and reduce urban flooding in Gurugram, India.
“Assessing paddy irrigation water productivity and opportunities for improvement in Punjab" (2021)
"Interlinking Science-Policy for Stormwater Management Using Urban Blue-Green Infrastructure" (2023)
“Assessing paddy irrigation water productivity and opportunities for improvement in Punjab" (2021)
.png/:/cr=t:0%25,l:0%25,w:100%25,h:38.21%25/rs=w:388,h:194,cg:true)
It estimates the Irrigation Water Productivity (IWP) of paddy in Punjab and recommends interventions to significantly improve water efficiency and reduce groundwater depletion.
"Innovation for Economic Resilience and Sustainability" (2021)
"Interlinking Science-Policy for Stormwater Management Using Urban Blue-Green Infrastructure" (2023)
“Assessing paddy irrigation water productivity and opportunities for improvement in Punjab" (2021)
Case study of Sambalpuri Ikat Handloom Cluster demonstrating sustainable economic development models.
"ICT for Public Participation in River Water Quality Management" (2018)
"ICT for Public Participation in River Water Quality Management" (2018)
"ICT for Public Participation in River Water Quality Management" (2018)
Assessment of knowledge, readiness, and willingness for technology-enabled environmental governance.