Research & reports

Peter Gelius, Sven Messing, Antonina Tcymbal, Leonie Birkholz, Karim Abu‐Omar · Journal of Physical Activity and Health · Global

This commentary examines the role of physical activity (PA) research in the context of climate change from three perspectives. PA is conceptualized as a victim, threatened by heat waves and extreme weather; as a perpetrator, due to the carbon footprint of some sports; and as a solution, through active transport and urban gardening which offer both individual and planetary health benefits. These perspectives can guide future research in the field of PA and health.

Geneviève S. Metson, Karin Tonderski, Elizabeth Carlsson · · Sweden (Linköping)

This document accompanies an art and science collaborative exhibit exploring how urban agriculture can contribute to sustainable resource flows to support food production, recreation, and water quality.

Mohamed Syazwan Osman · UiTM Institutional Repositories (Universiti Teknologi MARA) · Malaysia (Georgetown)

This study examines the implementation and strategic impact of the "MURO GARDEN" green initiative program, conducted by Universiti Teknologi MARA (UiTM) Penang Branch at SMA Tarbiah Islamiah in Georgetown, Malaysia. The program is grounded in frameworks of environmental sustainability, urban agriculture, and academic institutions' corporate social responsibility.

Imran Ahmed Khan, Altaf Hussain Lahori · Trends in Ecological and Indoor Environmental Engineering · Pakistan (Karachi)

This study assessed the hydrography and created a 3D model of Hub Dam, Karachi, Pakistan, using global bathymetric and remote sensing data. A 3D volumetric analysis estimated the total water volume at approximately 79.954 × 10^6 m^3, indicating enough water for Karachi's needs for 503 days. Topographic analysis identified key elements affecting dam performance, confirming the dam's water storage ability.

Waseem Ahmed Khattak · International Assulta of Research and Engagement (IARE) · Pakistan

"Go Green communities" in Pakistan were studied as grassroots movements promoting environmental awareness and sustainable practices. Using a Participatory Action Research (PAR) approach, activities included waste management, urban gardening, and policy advocacy. The initiative demonstrated increased community involvement in eco-friendly efforts, leading to tangible outcomes such as waste segregation systems and enhanced green spaces. However, challenges including financial limitations, resistance from industries, and restricted access to green technologies highlighted the need for stronger institutional support.

Charleen Kepner · Anthós · Global

This essay analyzes case studies and academic research to explore urban agriculture and community gardens as sources of education and food production. It examines previous research showing that small-scale efforts can make lasting impacts in communities and contributes to discussions on alternatives to current farming practices. The essay suggests that policymakers and urban planners should support and expand community gardens as a feasible food production strategy.

Mansoure Jozay, Mohammad Hossein Zarei, Sarah Khorasaninejad, Taghi Miri · Pollutants · Global

This study evaluates the conceptual potentials and limitations of urban biomass circulation for energy production, food production, and CO2 consumption, with a focus on multi-purpose green walls. It aims to discover new methods of carbon sequestration using green walls to achieve sustainable urban development and CO2 reduction. Green walls are presented as a solution for CO2 absorption in urban areas due to their land efficiency and ecosystem services.

Svetlana Pyankova, Inna Mitrofanova, Olga Ergunova, Victoria Batmanova · Regionalnaya ekonomika Yug Rossii · Russia (Saint Petersburg)

This study analyzed urban agriculture as a sustainable solution for food security in megalopolises, exemplified by Saint Petersburg. It investigated key parameters affecting urban agriculture's efficiency, such as land area used, agricultural production, fresh food availability, and the introduction of modern technologies. Using quantitative and qualitative methods, including statistical data collection, modeling, comparative analysis, expert assessments, and forecasting, the study showed that urban agriculture in St. Petersburg has significant potential for increasing food security, reducing the carbon footprint, and improving municipal ecology.

Godwin K. Naazie, Isaac Agyemang, Anthony Mwinilanaa Tampah-Naah · Discover Sustainability · Ghana (Wa)

This study investigated the characteristics of urban agriculture and farmers' climate change adaptation in Wa township, Ghana. Mixed methods, including surveys of 362 urban households and 12 key informant interviews, were employed. Urban agriculture was found to be characterized by the production of animals like chickens, sheep, and goats, and crops such as maize, yam, beans, cabbage, and pumpkin, with land acquired through purchase or from relatives and friends. A strong relationship between residential class and urban farming type, and a moderate relationship between residential class and land acquisition type, were observed.

Alishba Saqib, M Sana Ullah Khan, Irfan Ahmad Rana · Nature-Based Solutions · Global

A systematic review of 123 publications on green roofs and climate change identified recurrent themes including urban heat islands, stormwater runoff, thermal comfort, biodiversity, carbon footprint reduction, urban agriculture, and human well-being. The study proposes a Green Roof Resilience Framework (GRF) that integrates these concepts to enhance urban resilience.

Kamalanathan Shanmugam, Muhammad Ehsan Rana, Ainun Sara Binti Nasri · The Journal of Applied Technology and Innovation · Malaysia

Malaysia is actively using internet-based technologies such as cloud computing, big data analytics, IoT, and AI to enhance its GDP and living standards, particularly through Smart Agriculture initiatives. These initiatives prioritize sustainable practices and urban agricultural solutions. Despite the promise of ubiquitous computing for Malaysia's agricultural industry, the country faces obstacles that must be overcome to realize its full potential.

Ronald O. Muchelo, Thomas F. A. Bishop, Sabastine U. Ugbaje, Stephen Akpa · Land · Uganda (Kampala)

This study examined urban growth and agricultural land loss in Kampala (1989-2015) and Mbarara (2002-2016), Uganda, using multi-temporal Landsat imagery. Kampala's urban area surged from 7.14% to 55.10%, and Mbarara's from 6.37% to 30.95%, while agricultural land decreased significantly in both cities. A substantial portion of urban growth encroached upon agricultural land (66.7% in Kampala, 57.8% in Mbarara), and unsustainable practices also converted wetlands and forests to agricultural land.

Anna Grichting Solder · · Qatar

This chapter presents insights on urban agriculture and the food-water-energy-waste nexus in the Middle East and drylands, drawing from seven years of experience in teaching, research, and stakeholder engagement at Qatar University. The arid climate, scarcity of freshwater and fertile land, and the need to reduce non-renewable energy use necessitate designing circular, integrated systems for maximum resource efficiency. The Living Laboratory at Qatar University and urban agriculture plans developed with students, researchers, and communities illustrate these integrative and regenerative approaches for resilient landscapes in Qatar and the Gulf region.

Bikram Pratim Bhuyan, Ravi Tomar, Thipendra P. Singh, Amar Ramdane-Chérif · Open Agriculture · Global

This study outlines the creation of UrbanAgriKG, a comprehensive knowledge graph for urban agriculture, by acquiring and synthesizing information from various sources. The graph depicts interrelationships among entities like urban farms, crops, and farming methods. The research also investigates the efficacy of different graph embedding methodologies to extract representations of entities and their relationships, aiming to improve decision-making in urban agriculture.

Marta Rudnicka-Bogusz · Civil And Environmental Engineering Reports · Global

This study presents three lesser-known theories of W. Czerny, L. Zimowski, and O. Hansen regarding the “agricultural city,” alongside theories by L. Migge and F.L. Wright. It focuses on the role of agriculture within the city framework and its implications for future urban built structures. Urban farming is positioned as a multifunctional tool contributing to food security, ecological sustainability, community resilience, and social cohesion within the concept of a regenerative city.

Monsuru Adekunle Salisu, Yusuf Opeyemi Oyebamiji, Omowunmi Kayode Ahmed, Noraziyah Abd Aziz Shamsudin, Yusoff Siti Fairuz, Yusuff Oladosu, Mohd Rafii Yusop, Zulkefly Sulaiman, Fatai Arolu · AIMS Agriculture and Food · Global

This systematic review, utilizing the PRISMA framework, focused on emerging trends in soilless technologies for urban agriculture in the post-pandemic era. It examined the environmental impact, resource efficiency, and water usage of soilless farming techniques such as aeroponics, hydroponics, and aquaponics, evaluating their advantages and disadvantages compared to conventional soil-based farming. The review suggests that these innovative strategies hold promise in fostering sustainable urban agriculture and ensuring food security.

Janmejoy Gupta · · Global

This study discusses the role of urban agriculture in urban greening and sustainability. Examining the Rajendranagar Mandal peri-urban area in Hyderabad, Telangana, India, through a primary survey, it was found that neither the local government nor the majority of building occupants were encouraging any kind of urban agriculture in unused land along road medians or water bodies.

Ouiam Fatiha Boukharta, Iona Yuelu Huang, Laura H. Vickers, Luis Manuel Navas-Gracia, Leticia Chico-Santamarta · Agronomy · Global

This systematic literature review investigated the benefits of non-commercial urban agriculture (NCUA) forms and their contribution to food production. It collected 1355 articles from qualified search engines, ultimately analyzing 40 articles. The findings indicate that implementing NCUA practices yields multifaceted social, economic, and environmental benefits, including improving people's health, reducing food expenditure, and creating sustainable cities. The review also noted that awareness of urban agriculture and the recognition of its benefits differ between developed and developing countries.

Amanullah, Urooj Khan · Journal of Agriculture Food Systems and Community Development · Global

This commentary explores modern agronomy concepts such as precision agriculture, urban agriculture, and agroecology. It aims to demonstrate their potential to enhance public health by improving food quality, enhancing nutrition, and safeguarding the well-being of individuals and communities worldwide. The commentary discusses the implications of these practices for public health.

Godwin K. Naazie, Isaac Agyemang, Anthony Mwinilanaa Tampah-Naah · Cogent Food & Agriculture · Ghana

This mixed-methods study in urban Ghana investigated the spatial pattern and distribution of urban farms using geospatial data and 12 key informant interviews. It found that animal rearing (cattle, goats, sheep, poultry) is clustered across urban neighborhoods, and urban farm sizes also show a clustered pattern. The distribution of animals in open spaces is dispersed, while those in walled or wooden structures are clustered.

G. Ananth Kumar, A. Supriya, G. Soumya, B. Thriveni, Dr. Sandhya C, H. Sai Kumar Reddy · Zenodo (CERN European Organization for Nuclear Research) · Global

The Innovative Water Management Protocol introduces a strategy for sustainable urban agriculture in smart cities. This approach optimizes irrigation water usage by integrating intelligent sensors, data analysis, and automated processes, utilizing real-time information on soil moisture, weather, and plant needs. It also incorporates IoT-enabled devices for remote monitoring via mobile applications, aiming to conserve water, foster environmental sustainability, and enhance food security.

Ngo Anh Dao Ho, C.P. Leo, Anh Tuan Ta, Thanh Q. Nguyen · Water Practice & Technology · Global

This paper presents a study on a low-cost system for greywater treatment for household irrigation. The system used physical filtration and UV disinfection, and three greywater samples from the kitchen, washing basins, and bathroom were investigated. High removal efficiency (>60%) was obtained for turbidity, coliform, BOD5, and COD. Greywater from washing basins showed the highest potential for reuse, as its treated quality met water reuse standards for household irrigation.

M. P. PADOVAN, A. FEIDEN, O. M. KOMORI, E. A. Guimarães Costa, R. da S. CAMPOS · LA Referencia (Red Federada de Repositorios Institucionales de Publicaciones Científicas) · Global

At the Agroecol 2024 event, nine proposals were developed to strengthen agroecology and sustainable development in the face of the climate emergency. These proposals include strengthening agroecology in family farming, indigenous peoples, traditional communities, urban and peri-urban agriculture, promoting diversified production and short commercialization circuits, training processes in biodiverse agroecological systems, strengthening public research, and providing qualified technical assistance and credit tailored to farmers' needs.

Chiara Tornaghi · ˜The œGeojournal library · Global

This chapter, based on 15 years of research, discusses key issues hindering urban agriculture from reaching its full potential for human and non-human health. It highlights shortcomings in urban planning policy, specifically the failure to recognize urban agriculture as food production, the invisibility of soil and lack of understanding of living soils, and the disregard for the advisory role of soil care and food production specialists in public land design and soil management. The chapter suggests that agroecological considerations can deepen urban agriculture's ambition in public spaces.

Caroline Hachem-Vermette · Discover Cities · Global

This study outlines a comprehensive set of resilience strategies aimed at enhancing urban resilience across four key domains: water, food, shelter, and energy. A three-pronged evaluation framework is introduced to assess these strategies, presenting a systematic method to rank them based on six criteria: cost, infrastructure impact, scalability, regulatory and zoning challenges, community acceptance, and maintenance needs. For instance, community gardens and rainwater harvesting systems are highly scalable and accepted, while green roofs require more investment and maintenance.