Research & reports

Julija Bakunowitsch, Jost Buscher · RaumPlanung · Global

Global crises increasingly threaten the seemingly secure food supply of cities. Urban agriculture is therefore gaining focus as a potential contribution to resilient food systems.

Anna Stage (17743305), Marie Caroline Vermund (11075551), Mads Bølling (6661577), Camilla Roed Otte (21175813), Alberte Laura Oest Müllertz (21175816), Peter Bentsen (3527732), Glen Nielsen (10468844), Peter Elsborg (8894495) · Figshare · Denmark

The FoodACT study aims to investigate how school gardens affect children's food literacy, climate change literacy, school motivation, and physical activity across six school garden locations in Region Zealand and Region of Southern Denmark, Denmark. This multimethod, quasi-experimental inquiry into an existing Danish school garden program, Gardens to Bellies (GtB), will collect data via surveys, accelerometry, and interviews from approximately 1600 fourth-grade pupils in an intervention group and 1600 in a control group. The intervention involves pupils growing, preparing, and cooking foods in the school garden during eight garden sessions.

Carmen Blasco Sánchez, Francisco Juan Martínez Pérez · Ciudad y territorio: Estudios territoriales · Global

This paper explores the historical relationship between urban gardens, green infrastructure, and urban planning. Urban gardens, with a long tradition, are recognized as a valuable resource for sustainable urban development, addressing not only environmental needs but also social cohesion, food security, health, and economic incentives. The evolution of rural-urban relationships in urban planning culture presents a new challenge with urban gardens, necessitating a re-examination of the disciplinary path to clarify their potential in new forms of urban planning.

Yujun Wei, Xiaokun Wei, Zhonghua Ye, Jie Fan · Frontiers in Sustainable Cities · Global

This study conducted a comprehensive bibliometric analysis of the intersection between Food Security and Urbanization (FSU) research. Using statistical, co-word, and social network analysis, it mapped the intellectual landscape and global collaboration networks. Findings revealed dominant contributions from the United States and China, and a key observation was the disconnect between urbanization and food security studies, underscoring the need for a more integrated approach. The study also showed that urbanization's impact on food security differs across developed and developing countries.

Y. Shukla, RC Jain, Saket Dubey, Sarat Sekhar Bora, Subrat Kumar Senapati, Neetu Saini · International Journal of Environment and Climate Change · India

This review investigated how Indian agriculture is affected by climate change and adaptation strategies. Climate change causes extreme weather events and rising temperatures, leading to crop heat stress and reduced yields. Initiatives such as precision farming, urban food production, and soil conservation support resource recycling and food security, concluding that context-specific climate-smart agricultural technologies are essential for smallholder resilience and food security.

Mahsa Khanpoor Siahdarka, Mohammad Reza Masnavi · Energy Nexus · Asia

A mixed-method study in Tehran's District 10 investigated the potential of community gardens to address environmental and social challenges. Envi-Met® simulations showed CO₂ reductions of 77.74 mg/m³ around broadleaf trees and 84.37 mg/m³ with native grasses and phytoremediation plants, a 6.43°C reduction in mean radiant temperature, and a 7% increase in relative humidity. Social analyses revealed community preferences and gendered trends influencing garden design and plot arrangements.

Stefani Natalia Sabatini, Paulus Bawole, Haryati Bawole Sutanto · Jurnal Atma Inovasia · Indonesia (Yogyakarta)

This study discusses assistance provided to the Migunani Farmer Group in Cokrodirjan, Yogyakarta City, regarding household wastewater management for urban agriculture development. The assistance included education on wastewater management, education and simulation of urine processing into liquid fertilizer, and a workshop on simple garden reactor creation. While education and simulation activities increased the farmer group's capacity, the construction of the garden wastewater treatment reactor was hindered by difficulties in adjusting the location of the wastewater source.

Aditi Sagar, Deepak Lall, Unnati Singh · International Journal of Advanced Biochemistry Research · Global

This review explores the nutritional profile, cultivation techniques, health benefits, applications, challenges, and future directions of microgreens. It discusses their role in sustainable agriculture, urban farming, and the food industry, highlighting their potential in promoting human health due to compounds like antioxidants, vitamins, minerals, and phenolic substances. The paper also provides an overview of their nutritional properties, a comparison with sprouts, potential bioactive compounds, and aspects related to cultivation, harvesting, marketing, and prospects.

Mohammad Sultan Ahmad Ansari · Sustainable Futures · Global

A systematic literature review investigated how innovation and creativity support sustainability in an educational landscape. The review found that sustainability through innovation and creativity can foster societal changes and enable learners to address social and ecological issues. It also identified challenges in integrating multicultural society for achieving sustainability.

Victória Pansani Silveira Maia, Sílvia Aparecida Mikami Gonçalves Pina · Periódico Técnico e Científico Cidades Verdes · Global

This case study analyzed urban and peri-urban agriculture (UPA) experiences in India (Bangalore, Hyderabad, Visakhapatnam) and an agroforestry system in Campinas, Brazil, using literature review, document analysis, and participant observation. The study identified common obstacles to agroecological practices, including land tenure insecurity, real estate pressures, lack of specific public policies, and uneven community engagement. It also highlighted potentialities such as care networks and food resilience, emphasizing the need for institutional support and public policies.

Édipo Alves Lacerda · Espiral revista de geografías y ciencias sociales · Brazil

This book, organized by Gustavo Henrique Cepolini Ferreira et al., compiles texts from Unimontes researchers focused on critical geography and popular struggles for land and traditional territories in northern Minas Gerais, Brazil. It discusses conflicts from agribusiness expansion, disputes over resources, climate change effects on peasant farming, and challenges faced by quilombolas, indigenous, and traditional communities. The book addresses structural racism and other aspects of rural development, highlighting negative impacts on these communities.

Rupanagudi Unesha Fareq · AGRIBIO INNOVATIONS · India

This paper discusses urban rooftop farming in India as an effective solution to declining agricultural land and rising food demand due to rapid population growth and urbanization. Rooftop farming, a type of urban agriculture utilizing unused spaces, can improve environmental stress, increase urban resilience, and produce nutritious food. The COVID-19 pandemic further highlighted its importance for sustainable urban food systems and local food production.

S Aliyu, Okhimamhe A. A, I. M. Sule · International Journal of Research and Innovation in Applied Science · Nigeria (Lagos)

This study explored the role of urban farming in enhancing food security and sustainability in the Lagos Metropolis through focus group discussions and quantitative surveys with various stakeholders, including policymakers, urban farmers, and community members. Findings suggest urban farming's potential to reduce food transportation distances, enhance local food production, and mitigate climate change impacts. However, challenges such as land demands and gender disparities persist, necessitating integrated policy approaches and targeted educational programs.

Diego Alejandro Riaño-Herrera, Felipe A. Perdomo, Juanita Quintero-Castro, Alejandra García-Sánchez, Leonardo Rodríguez-Urrego · Sustainable Futures · Global

A content analysis and qualitative assessment of 34 urban agroecosystem living labs (UALLs) from academic and grey literature explored their design and contributions to sustainable city development. UALLs were found to boost agricultural productivity, food security, and community cohesion, while also supporting climate mitigation and waste reduction. However, the study noted that UALLs need to better align their strategies with SDGs and improve the measurement of their contributions.

R. B. Meshram, RP Dalavi · International Journal of Biology Sciences · Global

This review synthesizes contemporary approaches to urban biodiversity conservation, focusing on green corridors, urban rewilding, and green infrastructure like rooftop and vertical gardens. It assesses the effectiveness, scalability, and limitations of these strategies through a comprehensive analysis of peer-reviewed literature. The review indicates that strategically connected green spaces serve as critical habitats and that urban rewilding and rooftop gardens enhance ecological functions and habitat diversity.

Junyi Hua, H. Allen Klaiber, Douglas H. Wrenn · Journal of Environmental Quality · United States (Chesapeake Bay)

This study developed a micro-level Ricardian model to assess how long-run climate patterns affect agricultural land values across the urban-rural gradient in the Chesapeake Bay Watershed. Analysis using an 8-km gridded dataset combining farmland prices, high-resolution climate data, and urban land cover showed that seasonal temperature and precipitation nonlinearly affect land values, and urbanization significantly moderates precipitation effects. A climate simulation suggested heterogeneous impacts across urban grids.

Kurt Ackermann, Tamsin Faragher · CABI climate change series. · South Africa (Cape Town)

A three-year case study of the Langa Agrihub in Cape Town, South Africa, supports a network of over 250 urban farmers comprising more than 30 food gardens. The Agrihub provides inputs, infrastructure, knowledge exchange, and market connections, serving as a platform for civic participation, social cohesion, and local agency. This chapter states that the primary value of community food gardens lies in enabling communities to mitigate and adapt to intersecting stresses, including economic marginalisation, environmental degradation, and infrastructure shortcomings like water scarcity.

K I Safitri, Oekan S. Abdoellah, Budhi Gunawan, P Parikesit · Ethics in Science and Environmental Politics · Global

This qualitative study investigated the commercialization of urban agriculture and its influence on agricultural practices and environmental ethics, engaging 43 participants through observation, interviews, and documentation. Findings showed that global commercialization promotes policies for environmental sustainability, leading to aligned production methods. However, in local contexts, farmers cultivating sloped land without perennial crops often use artificial inputs and contaminated irrigation water, facing constraints from intermediaries.

Solomon Asamoah, Henry Mensah, Eric Kwame Simpeh, Eric Oduro-Ofori, Sandra Serwaa Boateng, Sarah Boateng, Listowel Koda Frimpong, Priscilla Okyere · Green Technologies and Sustainability · Africa

This scoping review examined the role of nature-based solutions (NbS) in addressing food insecurity in Africa, using bibliometric and thematic analysis of peer-reviewed literature. The study identified agroforestry, urban agriculture, and wetland restoration as NbS components. However, it found that a comprehensive understanding of NbS efficacy, challenges, and implications for food insecurity in Africa remains limited, with existing research primarily focusing on localized interventions rather than broader trends.

Mohd Nazmin Maslan, Izzat Rafaie Ramli, Muhammad Hafidz Fazli Md Fauadi, Mohd Erdi Ayob, Mohamad Faizal Baharom, Ihwan Ghazali, Tia Tanjung · Multidisciplinary Science Journal · Global

This study designed and implemented an outdoor home smart farming system using Raspberry Pi 4 Model B, ESP32, sensors, and Home Assistant software to address challenges like limited skills and resources. The system efficiently monitored and analyzed farming parameters, resulting in water usage of only 0.16% and energy consumption of 0.64% compared to daily household use. It also reduced water usage for watering by up to 82.45%, demonstrating its capability to optimize resource use and enhance crop productivity.

Pratham Kawade -, Mrunal Karkar -, Ritisha Mittal -, Neha Sathe · International Journal on Science and Technology · Global

This system utilizes an ESP32 microcontroller connected to DHT11 and soil moisture sensors to capture real-time data on temperature, humidity, and soil wetness. Data transmitted via MQTT protocol to a Flask-based web server is processed by a RandomForestClassifier model, trained on twelve sequential readings per sensor, to suggest the top five crops and monitor plant health against predefined optimal thresholds. Alerts are generated when deviations are detected, and the system is deployed on cloud platforms like Render.

Yvon Mwengwe Muhongo, Eric Nice Nshembe Chishungu · Journal of Advanced Psychology · Democratic Republic of Congo

This study investigated the psychological and environmental impacts of climate change and mining degradation in villages surrounding the Mutanda Mining site in Lualaba province, Democratic Republic of Congo, using a mixed-methods approach. Findings reveal that proximity to the mining site is a major determinant of ecological deterioration and psychological distress. Villages within 5 km of the site showed higher environmental degradation, stronger perceptions of climate change, and significantly elevated eco-anxiety and ecological stress levels. Community resilience mechanisms such as social support, community gardens, and local ecological restoration initiatives partially mitigate psychological impacts.

Minseo Kim, J. Cho, Hyo Min Kim · Journal of people, plants, and environment · Global

This study developed and assessed four artificial soil mixes (ASMs) using eight common materials to optimize plant growth and carbon reduction in urban green spaces. ASM_A showed comparable or superior plant growth to control soil, attributed to high organic matter and cation exchange capacity. ASM_D had the highest carbon content (27.60 wt%) for long-term sequestration but was limited in early plant growth due to lower nitrogen and phosphate.

Alex Kudryavtsev, Manuela Vega‐Zamora, Megan Nordgrén · The Journal of Environmental Education · United States (New York City)

This participatory, grounded case study examined New York Sun Works (NYSW), a nonprofit providing hydroponics labs and sustainability curricula to hundreds of public schools in New York City. Data from interviews with the executive director and nine teachers, and classroom observations, revealed a framework showing how school-nonprofit partnerships for sustainability education catalyze systemic impacts in educational transformation, sustainability solutions, and civil society. The findings suggest that nonprofit-facilitated, school-based sustainability education can advance significant educational, environmental, and societal transformations.

V. Lakshmi Srinija, M Raju, P. Srinu Vasarao · International Research Journal on Advanced Engineering and Management (IRJAEM) · Global

This paper presents the design and implementation of an IoT-enabled remote control smart garden powered by a solar energy system. The system automates essential gardening tasks such as irrigation, soil moisture monitoring, temperature and humidity control, and real-time surveillance, operating independently of conventional power sources. Through sensors and a cloud platform, users can remotely monitor and control garden operations via a mobile or web application.