Please specify other economic impact
- Skill-building for future employment,
Description of environmental benefits
-Expected reduced emissions: Reduction in food miles and associated emissions, by growing and distributing produce locally within Mobile’s food desert communities [Ref 4]. Use of solar-powered pumps for fertilizer distribution, demonstrating clean energy integration in farming practices [Ref 1].
-Expected improved soil quality: Soil health and ecological benefits through organic practices, such as using solar-powered pumps and creating a trap garden to control pests naturally without chemicals [Ref 1; Ref 4].
-Achieved increased green space area & Achieved increased number of species present: Urban greening and biodiversity support, via planting of fruit trees, blueberries, and diverse garden crops [Ref 1]. Construction of 34 raised garden beds and planting of over 20 blueberry bushes, 6 fruit trees, and other crops, which has directly increased green space on the school grounds [Ref 1; Ref 2].
-Achieved improved prevention or control of invasive alien species: Creation of a trap garden for ecological pest control, avoiding the use of toxic chemicals [Ref 4].
Description of economic benefits
- Skill-building for future employment, especially in agriculture, culinary arts, and STEM fields, creating long-term economic opportunities for students [Ref 1; Ref 4].
-Achieved generation of other type of work opportunities (e.g. voluntary, work for rehabilitation): Hands-on vocational training for students in farming, culinary arts, and plant biotechnology, providing pathways to employment or further education [Ref 1; Ref 4; Ref 5]. In-kind volunteer labor and community engagement contributed by Spire employees, reducing labor costs while fostering economic collaboration [Ref 1; Ref 2].
Description of social and cultural benefits
-Expected improved social cohesion: Enhanced community cohesion by engaging students, families, alumni, and neighbors in a shared space for learning, gardening, and healthy eating [Ref 4].
-Expected improved physical health: Improved health awareness and dietary habits through access to nutritional education and fresh, local produce [Ref 1; Ref 4].
-Expected promotion of cultural diversity: -Revival of local food traditions and cultural identity, by teaching cooking skills rooted in the community's heritage and involving students in recipe development [Ref 1; Ref 4].
-Expected increased sustainability of agriculture practices &Expected increased involvement of locals in the management of green spaces: Empowerment of underserved populations, particularly students from economically disadvantaged backgrounds, by equipping them with life skills and food autonomy [Ref 4; Ref 6]. Engagement of community members and alumni in maintaining the garden, fostering a sense of ownership and pride in the shared space [Ref 4].
-Achieved increased access to healthy/affordable food: Improved local food production capacity through small-impact, sustainable farming methods, helping reduce dependency on external food supply chains [Ref 4]. Local produce shared with nearby food desert communities, contributing to sustainable urban food systems and reducing the carbon footprint of food transport [Ref 1].
-Achieved increased knowledge of locals about local nature: & Achieved increased support for education and scientific research: Increased environmental awareness and education, fostering sustainable habits and ecological literacy among students and the community [Ref 4]. Active participation from students across disciplines, including science, math, and culinary arts, creating a hands-on, inclusive learning environment [Ref 1; Ref 4]. Student-led building and farming activities, boosting confidence, teamwork, and leadership among participants [Ref 1; Ref 6].
