Rooftop Rainwater in a Sentence

What is/are Rooftop Rainwater?

Rooftop Rainwater - In highly water-poor areas, rooftop rainwater harvesting (RRWH) can be used for a self-sustaining and self-reliant domestic water supply. ^[1] In the present study, an attempt is made to establish a relationship between rooftop rainwater harvesting potential and socio-economic status to combat qualitative and quantitative water stress. ^[2] Rooftop Rainwater Harvesting (RTRWH) has proven to be the most economical and environmental friendly method. ^[3] Rooftop rainwater harvesting is a technique through which the rain is captured from the roof catchments. ^[4] In the Duna-Tisza Interfluve, rooftop rainwater harvesting and Managed Aquifer Recharge can be effective tools for climate change adaptation and increasing groundwater resilience. ^[5] 9 check dams, 2 mini-percolation tanks (MPT), 2 percolation tanks, 1 Gabion structure, 1 farm pond, and a series of continuous contour trenches, staggered contour trenches, and 69 rooftop rainwater harvesting structures at 19 different buildings were constructed. ^[6] Rooftop rainwater harvesting as the most traditional and sustainable method, could be easily used for potable if well collected and managed. ^[7] A scheme of rooftop rainwater harvesting system utilizing one of the astronomical building is discussed in the paper to sustain water requirements. ^[8] The purpose of the current study is to investigate the potential of rooftop rainwater harvesting (R-RWH) and its physio- and socioeconomic effects on the peoples in two catchments (Salghara and Malach) of the Rawal watershed, Pakistan. ^[9] So, the study aimed to design, construct a recharge well (RW) and a water filtration unit as a specific MAR method to evaluate their performance for groundwater recharging through rooftop rainwater harvesting in the Barind Multipurpose Development Authority (BMDA) Mohanpur office campus, Rajshahi under the BT region. ^[10] Rooftop rainwater harvesting (RRWH) systems can provide low-cost decentralized water to urban and rural households that have no access to treated water. ^[11] The present study was intended to measure the rooftop rainwater harvesting potential using GIS techniques. ^[12] The best case scenario suggested rehabilitation of bare land cover and rooftop rainwater harvesting as promising condition to drop the amount of surface runoff. ^[13] 08 m3) for aquifer recharge through rooftop rainwater harvesting as compared to the other two villages. ^[14] This study emphasizes that rooftop rainwater harvesting in this region has potential to supply additional 45 mcm water which can be used to meet the domestic water demand partially. ^[15] Consuming lettuce immediately after irrigation with rooftop rainwater presented the highest human health risk based on the probability of illness from E. ^[16] Rooftop rainwater harvesting is of high priority for Jordan and drylands because it helps people cope with water shortages during drought conditions. ^[17] P, India -- Assessment of Geographical Characteristics of Krishna Central Delta Using GIS & RS Techniques -- Poor Storm Water Drainage and Stripping on a Stretch of Nh-1 -- Optimization Techniques on Multipurpose Reservoirs and Surface Water Resources: A Review -- Construction of Artificial Recharge Pit through Injection Well in Tpist Campus -- Impact of Urbanization on Surface Run off Characteristics at Catchment Scale -- Monitoring Surface Water Bodies Using Multi-temporal Landsat Imagery -- Mapping of Groundwater Potential Zones Using Remote Sensing Data -- Estimation of Reservoir Storage Using Artificial Neural Network (Ann) -- Water Distribution Modelling and Analysis for a Developing City -- Urban Watershed Modelling of GHMC Zone-XII -- Impact of Anthropogenic Interventions on the Vembanad Lake System -- Application of Foam and Sand as Dual Media Filter for Rooftop Rainwater Harvesting System -- Land Use Land Cover Changes Using Remote Sensing and GIS Techniques: A Case Study of Shamshabad Region, Hyderabad, Telangana, India -- Hydrological Modeling of Nagavali River Basin Using SWAT -- Application of GIS and Multivariate Statistical Analysis for the Identification of Heavy Metal Concentrations in Groundwater -- Comparison of Event Based and Continuous Rainfall-Run off Models: A Review -- Morphometric Analysis of Selected Drainage Network of Brahmaputra River, NE India Using Remote Sensing and Geographical Information System -- Estimation of Run off and Planning for Location of Recharge Structure for Sustainable Water Resources Using RS & GIS: A Case Study on Milli-Watershed at Zaheerabad -- Deciphering Groundwater Prospect Zones in Sub-Watershed of Sarada Gadda: A Geospatial Approach -- Design of Storm Water Drainage System – A Case Study -- Assessment of Groundwater Quality at Industrial Zone in Visakhapatnam -- Comparison of Saturated Hydraulic Conductivity Methods for Sandy Loam Soil with Different Land Uses -- Effect of Fragmented Vegetation Meadows on Wave Attenuation -- A Review On– Caisson Breakwater -- Effect of Gap Width on Wave Attenuation in Artificial Vegetation with Trunk and Root System -- Physical Model Study on Caission Type Breakwater -- Stress Analysis of Ocean Offshore Structure -- Hydrodynamic Study of Deeply Submerged Breakwaters on Reduction of Wave Run-Up, Wave Reflection and Energy Dissipation -- Evaluation of Sediment Yield by Using Remote Sensing and GIS -- Sediment Distribution Pattern Studies for Thandava and Konam Reservoirs in Visakhapatnam District -- The Effects of Earthquakes on Groundwater in Ongole Domain of Eastern Ghat Mobile Belt, South India -- A MATLAB Code For Linking Genetic Algorithm and EPANET for Reliability Based Optimal Design of a Water Distribution Network. ^[18] The immediate solution for the concerns of groundwater reduction is recharging the aquifer through rooftop rainwater. ^[19] This paper discussed the application of foam and sand as dual media filter for rooftop rainwater harvesting system for any residential or commercial building. ^[20] The RWH method used in this study is Rooftop Rainwater Harvesting (RRWH). ^[21]

rooftop rainwater harvesting

In highly water-poor areas, rooftop rainwater harvesting (RRWH) can be used for a self-sustaining and self-reliant domestic water supply. ^[1] In the present study, an attempt is made to establish a relationship between rooftop rainwater harvesting potential and socio-economic status to combat qualitative and quantitative water stress. ^[2] Rooftop Rainwater Harvesting (RTRWH) has proven to be the most economical and environmental friendly method. ^[3] Rooftop rainwater harvesting is a technique through which the rain is captured from the roof catchments. ^[4] In the Duna-Tisza Interfluve, rooftop rainwater harvesting and Managed Aquifer Recharge can be effective tools for climate change adaptation and increasing groundwater resilience. ^[5] 9 check dams, 2 mini-percolation tanks (MPT), 2 percolation tanks, 1 Gabion structure, 1 farm pond, and a series of continuous contour trenches, staggered contour trenches, and 69 rooftop rainwater harvesting structures at 19 different buildings were constructed. ^[6] Rooftop rainwater harvesting as the most traditional and sustainable method, could be easily used for potable if well collected and managed. ^[7] A scheme of rooftop rainwater harvesting system utilizing one of the astronomical building is discussed in the paper to sustain water requirements. ^[8] The purpose of the current study is to investigate the potential of rooftop rainwater harvesting (R-RWH) and its physio- and socioeconomic effects on the peoples in two catchments (Salghara and Malach) of the Rawal watershed, Pakistan. ^[9] So, the study aimed to design, construct a recharge well (RW) and a water filtration unit as a specific MAR method to evaluate their performance for groundwater recharging through rooftop rainwater harvesting in the Barind Multipurpose Development Authority (BMDA) Mohanpur office campus, Rajshahi under the BT region. ^[10] Rooftop rainwater harvesting (RRWH) systems can provide low-cost decentralized water to urban and rural households that have no access to treated water. ^[11] The present study was intended to measure the rooftop rainwater harvesting potential using GIS techniques. ^[12] The best case scenario suggested rehabilitation of bare land cover and rooftop rainwater harvesting as promising condition to drop the amount of surface runoff. ^[13] 08 m3) for aquifer recharge through rooftop rainwater harvesting as compared to the other two villages. ^[14] This study emphasizes that rooftop rainwater harvesting in this region has potential to supply additional 45 mcm water which can be used to meet the domestic water demand partially. ^[15] Rooftop rainwater harvesting is of high priority for Jordan and drylands because it helps people cope with water shortages during drought conditions. ^[16] P, India -- Assessment of Geographical Characteristics of Krishna Central Delta Using GIS & RS Techniques -- Poor Storm Water Drainage and Stripping on a Stretch of Nh-1 -- Optimization Techniques on Multipurpose Reservoirs and Surface Water Resources: A Review -- Construction of Artificial Recharge Pit through Injection Well in Tpist Campus -- Impact of Urbanization on Surface Run off Characteristics at Catchment Scale -- Monitoring Surface Water Bodies Using Multi-temporal Landsat Imagery -- Mapping of Groundwater Potential Zones Using Remote Sensing Data -- Estimation of Reservoir Storage Using Artificial Neural Network (Ann) -- Water Distribution Modelling and Analysis for a Developing City -- Urban Watershed Modelling of GHMC Zone-XII -- Impact of Anthropogenic Interventions on the Vembanad Lake System -- Application of Foam and Sand as Dual Media Filter for Rooftop Rainwater Harvesting System -- Land Use Land Cover Changes Using Remote Sensing and GIS Techniques: A Case Study of Shamshabad Region, Hyderabad, Telangana, India -- Hydrological Modeling of Nagavali River Basin Using SWAT -- Application of GIS and Multivariate Statistical Analysis for the Identification of Heavy Metal Concentrations in Groundwater -- Comparison of Event Based and Continuous Rainfall-Run off Models: A Review -- Morphometric Analysis of Selected Drainage Network of Brahmaputra River, NE India Using Remote Sensing and Geographical Information System -- Estimation of Run off and Planning for Location of Recharge Structure for Sustainable Water Resources Using RS & GIS: A Case Study on Milli-Watershed at Zaheerabad -- Deciphering Groundwater Prospect Zones in Sub-Watershed of Sarada Gadda: A Geospatial Approach -- Design of Storm Water Drainage System – A Case Study -- Assessment of Groundwater Quality at Industrial Zone in Visakhapatnam -- Comparison of Saturated Hydraulic Conductivity Methods for Sandy Loam Soil with Different Land Uses -- Effect of Fragmented Vegetation Meadows on Wave Attenuation -- A Review On– Caisson Breakwater -- Effect of Gap Width on Wave Attenuation in Artificial Vegetation with Trunk and Root System -- Physical Model Study on Caission Type Breakwater -- Stress Analysis of Ocean Offshore Structure -- Hydrodynamic Study of Deeply Submerged Breakwaters on Reduction of Wave Run-Up, Wave Reflection and Energy Dissipation -- Evaluation of Sediment Yield by Using Remote Sensing and GIS -- Sediment Distribution Pattern Studies for Thandava and Konam Reservoirs in Visakhapatnam District -- The Effects of Earthquakes on Groundwater in Ongole Domain of Eastern Ghat Mobile Belt, South India -- A MATLAB Code For Linking Genetic Algorithm and EPANET for Reliability Based Optimal Design of a Water Distribution Network. ^[17] This paper discussed the application of foam and sand as dual media filter for rooftop rainwater harvesting system for any residential or commercial building. ^[18] The RWH method used in this study is Rooftop Rainwater Harvesting (RRWH). ^[19]