Browsing by Author "Adesoji, Tolulope"
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- Interdisciplinary Perspectives on Green Infrastructure: A Systematic Exploration of Definitions and Their OriginsAdesoji, Tolulope; Pearce, Annie R. (MDPI, 2024-01-02)Green Infrastructure (GI) is rooted in ecology and cuts across multiple disciplines, including landscape architecture, environmental sciences, planning, policy, and engineering. Likewise, the definition of this concept also cuts across disciplines, which creates ambiguity around what GI is and what makes up GI in practice—for example, mistaking bioswales for regular tree planters or green space within communities in which they are installed. We undertook a systematic literature review of 38 peer-reviewed articles for this study using the Preferred Reporting Items for Systematic Reviews and Meta-Analysis (PRISMA) method to identify and synthesize the different disciplinary definitions of GI in the literature. This study also presents the types of GI systems mentioned in the peer-reviewed articles while identifying other benefits apart from the primary benefit of GI installation, which is stormwater management. The analysis revealed three clusters of GI definitions: (I) Interconnected natural areas and other open spaces, (II) Strategically planned natural and semi-natural areas, and (III) Decentralized systems and techniques. However, we got rid of the third cluster during the analysis because GI is known to be a decentralized system, and the definition region could not be tracked. These clusters represent a spectrum, one of which employs the structure of natural systems already in place to support human goals (bio-inclusivity). The other includes living systems as components within engineered solutions to achieve objectives (bio-integration). This review points to the need for an encompassing definition that cuts across disciplines with a consensus on the adoption and concise categorization of GI types and the multiple benefits they provide to humans and ecosystems. A consensus definition helps clear misconceptions and improve the understanding of GI, potentially improving receptivity towards these solutions within communities from a community member perspective.
- National Strategy for Road Transportation ElectromobilityAdesoji, Tolulope (2022)This paper explores the challenges and opportunities in transitioning from fossil fuel vehicles to electric vehicles in the road transportation sector. This paper focuses on the pivotal role of lithium-ion batteries (LIBs) in electric vehicles (EVs). The study advocates the need for comprehensive strategies, which include national policies, rebates, tax credits, and battery recycling investments to help mitigate environmental impacts, reduce carbon emissions, and stimulate economic growth. The paper also emphasizes the importance of recycling spent batteries while scrutinizing the environmental and social consequences of raw material mining for battery production. The paper also proposed strategies to balance promoting electromobility and addressing potential equity and environmental concerns while offering a holistic perspective on the sustainable evolution of road transportation.
- Sustaining Green Infrastructure through Community Engagement: A Call to ActionAdesoji, Tolulope (Virginia Tech, 2023-10-17)The policy brief addresses the importance of maintaining green infrastructure systems in cities and municipalities in the United States. It also highlights the benefits of green infrastructure, such as stormwater management and improved quality of life, while emphasizing proper maintenance. The brief offers recommendations for policymakers, including collaborative partnerships, funding availability, community engagement, and effectiveness of green infrastructure, contributing to environmental sustainability and community well-being.
- Water Infrastructure Sustainable DevelopmentAdesoji, Tolulope (2022-11-15)This paper explores the role of water infrastructure in sustainable development, with a specific focus on stormwater management. The paper emphasizes sustainable approaches within the water sector, examining stormwater management techniques that mitigate flooding risks. Central to this discussion is the concept of green infrastructure as an example of a decentralized system. The paper also identifies and measures social and environmental indicators influenced by sustainable water infrastructure development.