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Low Impact Development sentence examples within storm water management
This study presents a novel framework to optimize Low Impact Development (LID) practices for urban storm water management.
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For a quantitative analysis of the first flush, the Storm Water Management Model (SWMM) was used to simulate the hydrological effect of low impact development (LID) implementation in the community.
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Low Impact Development sentence examples within urban stormwater management
Sponge city construction is a new concept of urban stormwater management, which can effectively relieve urban flooding, reduce non-point source pollution, and promote the usage of rainwater resources, often including the application of Low Impact Development (LID) techniques.
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Low impact development (LID) methods have been shown to be efficient in reducing the peak flow and total volume of urban stormwater, which is a top priority for effective urban stormwater management in many municipalities.
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Low Impact Development sentence examples within non point source
As a form of pollution source control and a low-impact development measure, bioretention is a convenient, economical and effective method for the removal of heavy metals from stormwater runoff, which can adapt to the randomness and uncontrollability of non-point source pollution.
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Low Impact Development sentence examples within Urban Low Impact Development
Low Impact Development sentence examples within low impact development technology
Low impact development technologies (LIDs) have been reported as alternatives to mitigate urban water-related hazards, particularly for urban flooding.
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In recent years, with the pilot construction of the sponge city, the low impact development technology has been widely applied everywhere nationwide, while the state and local governments have actively developed and modified the relevant standards and specifications.
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Low Impact Development sentence examples within low impact development technique
Road runoff is contaminated by various micropollutants and may be treated using low impact development techniques, such as stormwater biofilters.
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While Low Impact Development techniques have been known for several years, it is essential to encourage the association of this type of technology with conventional micro-drainage structures to increase rainfall runoff at the source where it is generated.
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Low Impact Development sentence examples within low impact development system
With the development of sustainable stormwater management, urban parks have the advantages and necessities in constructing low impact development system to reduce and reuse stormwater.
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Urban low impact development systems such as bioretention cells have shown promise to mitigate traditional stormwater contaminants.
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Low Impact Development sentence examples within low impact development model
A case study in Suzhou, a provincial pilot Sponge City in China undergoing increasing annual rainfall and severe water environment deterioration, was included by integrating Long-Term Hydrologic Impact Assessment-Low Impact Development model with optimization methods, aiming to persistently control the non-point source total phosphorus loading below an acceptable amount in the following unforeseen 20 years via multi-staged low-impact development (LID) construction.
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In this study, a watershed scale rainfall-runoff model (the Long-Term Hydrologic Impact Analysis - Low Impact Development model, the L-THIA-LID 2.
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Low Impact Development sentence examples within low impact development method
Green infrastructure and low impact development methods are common approaches that are increasingly used to address stormwater management in developed environments.
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They combine low impact development methods with grey infrastructures, large-scale flood control projects and rehabilitation.
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Low impact development (LID) strategies aim to mitigate these adverse impacts.
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Low impact development technologies (LIDs) have been reported as alternatives to mitigate urban water-related hazards, particularly for urban flooding.
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Numerous studies have been carried out to evaluate the cost-effectiveness of low impact development (LID) practices in Sponge City planning and implementation.
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In this paper, understanding of various phenomenon’s in the meander area due to the sedimentation processes are described and propose the new concept of protection with low impact development (LID) approach.
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The use of Low Impact Development (LID) alternatives requires the establishment of appropriate regulations and guidelines on acceptable practices and developing consensus among stakeholders, thus assuring the rights of all water-users and for conflict resolution.
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Road runoff is contaminated by various micropollutants and may be treated using low impact development techniques, such as stormwater biofilters.
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To alleviate these effects, Low Impact Development (LID) practices have been frequently adopted for stormwater management.
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Low impact development (LID) has been increasingly practiced since its emergence in the 1990s.
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Most researches have been conducted on the design of facilities applying the Low Impact Development (LID) *Corresponding author: Seung Oh Lee, seungoh.
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Plants applied to low impact development (LID) technologies reduce stormwater runoff pollutants through bioaccumulation of nutrients, heavy metals, and other pollutants during photosynthesis and respiration, and contributed to the restoration of natural water cycle through evapotranspiration.
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Engineering design and academic research have been paying more attention to low impact development (LID), one prime development of which is geotextiles.
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They are known as Water Sensitive Urban Design (WSUD) in Australia, Nature Based Solutions (NBS) in Europe, Low Impact Development (LID) in the USA, and Sponge City systems in China.
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This study developed environmental friendly alternative binders for permeable asphalt concrete suitable for Low Impact Development by recycling engineering wastes including crumb rubber powder and recycled oil to prepare high-viscosity asphalt binders.
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Since the beginning of low impact development (LID) introduced into China, the aesthetic perspective has been a big issue in LID practices.
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Bioretention systems, as one of the most practical management operations for low impact development of water recovery, utilize different soil amendments to remove contaminants from stormwater.
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Low Impact Development practices have emerged as alternative solutions for traditional urban drainage by restoring the pre-development hydrologic regime.
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This study represents an approach to assess the hydrologic effectiveness of low impact development (LID) practices based on the expected runoff process with different objectives and land utilization.
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The method developed in this study could be useful in the planning and design of low impact development in view of future climate changes.
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Low impact development (LID) practices have been studied for mitigation of urban inundation.
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To quantitatively investigate the LID (Low Impact Development) effects under different storms and terrain conditions, an experimental urban catchment with LID measures is developed in this work.
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Low Impact Development (LID) practices are decentralized alternatives for flood mitigation and prevention.
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A case study in Suzhou, a provincial pilot Sponge City in China undergoing increasing annual rainfall and severe water environment deterioration, was included by integrating Long-Term Hydrologic Impact Assessment-Low Impact Development model with optimization methods, aiming to persistently control the non-point source total phosphorus loading below an acceptable amount in the following unforeseen 20 years via multi-staged low-impact development (LID) construction.
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The best management practices (BMPs) and low impact development (LID) techniques could be applied to urban areas to mitigate these effects.
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Rain garden is a low impact development (LID) technique having a long-term performance and is aesthetically pleasing.
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With the increasing emphasis and application of the flooding control and mitigation measures of detention tank (DT) and low impact development (LID) in urban stormwater drainage systems (USDSs), the complex drainage flow process and corresponding water quality issues have also aroused great of interests and attentions from researchers and practitioners.
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Recently, source control approaches, known as Low Impact Development (LID), are being used by urban planners to cope with water related problems and any other environmental issues due to their cost-effectiveness and reliability.
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In this way, traditional urban drainage techniques seem to be inadequate for the purpose so to mitigate such phenomena, new techniques such as Real Time Control (RTC) of urban drainage systems and Low Impact Development (LID) techniques represent a valid and cost-effective solution.
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In this study, the contribution of pre-treatment basins of low impact development (LID) technologies to nutrient reduction performance was evaluated by understanding the distribution of nutrient in sediments accumulated in each system.
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Permeable pavement is part of the low impact development (LID) measurement, which can decrease urban surface runoff coefficient and flood peak flow.
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This study was conducted to assess the applicability of green roofs as a low impact development (LID) technology to reduce storm water runoff volume and nonpoint source pollutants.
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In recent years, with the pilot construction of the sponge city, the low impact development technology has been widely applied everywhere nationwide, while the state and local governments have actively developed and modified the relevant standards and specifications.
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Low impact development (LID) systems provide sustainable solutions for flood risk mitigation.
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Also referred to as best management practices, low impact development, green infrastructure, sustainable urban drainage systems, and low impact urban design and development.
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To face the need of more sustainable and effective solutions for stormwater management and planning, Low Impact Development (LID) practices have been frequently proposed to support existing urban drainage systems.
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These philosophies were developed in North America as Low Impact Development and later Green Infrastructure (which sometimes also assumes a consideration of energy management) in response to the 1972 passage of the Clean Water Act (US).
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These systems are often referred as SUDs (sustainable urban drainage systems), green infrastructures, BMPs (best management practices), LIDs (low impact developments).
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Green infrastructure and low impact development methods are common approaches that are increasingly used to address stormwater management in developed environments.
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In this study, biowaste such as walnut shells (WS), cockle shells (CS), and gingko shells (GS) was evaluated for applicability as soil filter media in low impact development (LID) techniques.
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Low impact development (LID) practices can mitigate adverse impacts of urbanization on hydrology and water quality by using decentralized designs to control stormwater runoff at the source.
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Keywords: bioretention, low impact development (LID), excess runoff, stormwater management, empirical formula.
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LID (Low Impact Development) consist of distributed runoff management measures, like green roofs, pervious pavements, waterways covered with vegetation and filter trails, among others, that seek to control stormwater in the origin, reducing imperviousness.
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In this study, a watershed scale rainfall-runoff model (the Long-Term Hydrologic Impact Analysis - Low Impact Development model, the L-THIA-LID 2.
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The primary goal of low impact development (LID) is to capture urban stormwater runoff; however, multiple indirect benefits (environmental and socioeconomic benefits) also exist (e.
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In this study, elements of stormwater processes - short-duration heavy rainfall, rainstorm intensity, drainage networks, surface temperature, the scouring process and the cumulative process of pollutants (SS, COD, TP and NH3_N), and, finally, the low impact development (LID) facilities at different recurrence periods-are simulated using the rainstorm intensity model, the scoured exponential model and the split-window algorithm.
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Policy, regulation, and institutional setup are key influences on the implementation of WSUD/low impact development/green infrastructure.
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The data obtained through this study can be used as basic data for the design of permeable roads, and the developed design procedure can be applied to the design of permeable roads connected with Low Impact Development facilities.
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Water Sensitive Urban Design (WSUD) stormwater systems, also known as Low Impact Development (LID) systems or Nature Based Solutions (NBS), are currently implemented based on the underlying assumption of statistical stationarity of rainfall, which threatens to become outdated under climatic uncertainty.
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The mitigation effects of Low Impact Development (LID) measures were also evaluated.
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ABSTRACT Singapore has adopted a low impact development equivalent of stormwater management philosophy under a national program called ‘Active, Beautiful and Clean’ (ABC) employing soft-engineering techniques to manage rainfall runoff in the face of climate change and rapid urbanisation.
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The research results provide suggestions for low impact development applications for different land uses, and the findings in this research can be used to suggest stormwater management policy for various land uses in small sized cities.
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Effects of Green Infrastructure (GI) practice implementation were simulated with the Long-Term Hydrologic Impact Assessment-Low Impact Development 2.
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Analysis of the effect of low impact development on urban runoff control based on the SWMM model.
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These considerations usually pose a new challenge to the urban planner because the achievement of a sustainable design through low impact development (LID) practices would be affected by the selection and the distribution of them.
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The simulation and optimization of low impact development (LID) practices has been a key research topic in stormwater management.
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