Designing green infrastructure and sustainable drainage systems in urban development to achieve multiple ecosystem benefits

Chapman, Cherona; Hall, Jim W.

doi:10.1016/j.scs.2022.104078

Cited by 25 publications

(9 citation statements)

References 29 publications

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“…The suggested width reduction can significantly reduce the resources needed to construct HFDs, thereby reducing cost while still maintaining the high hydrologic performance. In addition, it can reduce the land and carbon footprint, which is one of the key environmental issues associated with drainage systems 49 , 50 . When the design storm approach is used to size HFDs for flood controls as detailed by Highway England (Supplementary Section 1 ), the longitudinal slope, diameter and roughness of the different segments of the perforated pipe should all be taken into consideration to verify that the recommended reduced width of the HFD is still large enough to avoid the flooding of the motorway.…”

Section: Discussionmentioning

confidence: 99%

Design and hydrologic performance estimation of highway filter drains using a novel analytical probabilistic model

Essien,

Guo,

Khafagy

et al. 2024

Sci Rep

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Sustainable drainage systems (SuDS) are nature-based methods of managing urban stormwater runoff. Although they are widely used, some SuDS, such as highway filter drains (HFDs), are understudied with respect to sizing and performance. For the first time, we developed an analytical probabilistic model (APM) that can be used to design and estimate the hydrologic performance of HFDs. Unlike the conventionally used design-storm based or continuous simulation approaches, our APM can directly calculate the runoff capture ratios of HFDs using closed-form analytical equations. Validation of the APM presented here shows that it is robust and reliable. The relative differences between the APM-estimated and continuous simulation-determined runoff capture ratios for all the simulated design cases are less than 8.5%.

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Section: Discussionmentioning

confidence: 99%

Design and hydrologic performance estimation of highway filter drains using a novel analytical probabilistic model

Essien,

Guo,

Khafagy

et al. 2024

Sci Rep

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“…The primary keywords in orange are associated with sustainable urban drainage systems, "storms, rainfall, stormwater, performance assessment," "catchments," and "hydrological modeling," which are strongly correlated with the term "runoff." These three terms, used for the literature review but not explicitly covered by our search, may be regarded as study subjects (Chapman & Hall, 2022a) in cluster (5).…”

Section: Journal Of Sustainable Civil Engineering and Technologymentioning

confidence: 99%

Sustainable Urban Drainage Systems (2014-2023) by Using Bibliometric Analysis Method

Ngong Deng,

Nursetiawan,

Ikhsan

2024

JSCET

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Sustainable urban drainage systems (SUDS) are increasingly crucial for stormwater management. This bibliometric review analyses research trends on sustainable urban drainage systems over the past decade (2014- 2023) using data from Scopus. The analysis found 705 articles, 192 conference papers, 85 book chapters, and 64 reviews on sustainable urban drainage systems. Publication volume increased by 66% during the study period, indicating rising research interest. The most cited article (294 citations) was a 2019 review by Andrés-Doménech et al. on innovations in sustainable urban drainage systems. Analysis of author keywords revealed 8 clusters of research topics, with "sustainable urban drainage systems" being the dominant term with 889 keywords. Although general sustainable urban drainage system terms prevail, the use of keywords related to network visualization methods like VOS viewer is rapidly increasing. The United Kingdom published the most SUDS research (315 articles), followed by China (149), Spain (135), the United States (126), and Italy (107 articles). Research was concentrated in the environmental science and engineering fields. However, this bibliometric analysis provides insights into SUDS research trends, the most active countries and institutions, and emerging topic areas. The rapid increase in publications and use of network visualization techniques demonstrates SUDS' growing importance in urban stormwater management. The results can help inform future research directions, such as applying advanced data analytics to improve SUDS design and performance. Expanding bibliometric analyses with additional techniques like VOS viewer could further enhance understanding of this critical area of urban environmental research. Developing bibliometric methods and adding feature extraction algorithms when selecting features used to model data can increase the efficiency and accuracy of the data on sustainable urban drainage systems. The development of research data using Vos viewers images with this type of data processing research can also be maximized for research related to the sustainable urban drainage system.

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“…The regulation of the Minister of Public Works Number 06/Prt/M/2007 dated March 16, 2007, on General Guidelines for Building and Environmental Planning (2007: 20) construes the principles of structuring the intensity of functional land use, one of which is the use of sufficient open space to provide comfort for the environment with a ratio of 60% built space versus 40% green open space. Unfortunately, infrastructure development is more focused on the service of infrastructure benefits by ignoring the development of green infrastructure [2].…”

Section: Introductionmentioning

confidence: 99%

Evaluation of drainage capacity in sustainable land use efforts (Case study: Campus V of Sebelas Maret University, Indonesia)

Sukatiman

2024

IOP Conf. Ser.: Earth Environ. Sci.

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Climate change in recent years has become increasingly worrying for the earth’s population, almost every country has been severely damaged by flood, and some even have to experience loss of life and property. A great effort from every land user to manage proper land use is needed in an attempt to prevent floods. This research aims to evaluate sustainable land use so that it does not cause runoff, which later will contribute to wider floods. The type of research applied is descriptive quantitative implementing survey research methods and evaluation of land flood discharge on campus V UNS Surakarta Indonesia. The calculation results of flood discharge that may occur then compared to the available drainage capacity. The results showed that land use still meets the requirements for the ratio of closed land and open land, as well as the available drainage is still able to accommodate the estimated rainfall discharge for the next seven-year period.

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Designing green infrastructure and sustainable drainage systems in urban development to achieve multiple ecosystem benefits

Cited by 25 publications

References 29 publications

Design and hydrologic performance estimation of highway filter drains using a novel analytical probabilistic model

Design and hydrologic performance estimation of highway filter drains using a novel analytical probabilistic model

Sustainable Urban Drainage Systems (2014-2023) by Using Bibliometric Analysis Method

Evaluation of drainage capacity in sustainable land use efforts (Case study: Campus V of Sebelas Maret University, Indonesia)

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