KUWALA DEVELOPMENT: TWO REAL OASIS ANSWERS Lab captures from 15 October 2026. These are ordinary summary-mode answers from Oasis running locally on Kuwala hardware in the lab. Each question started a new conversation. The question and complete final answer below are unchanged; source checks are separate editorial notes. The @building and @farming mentions select a library. These are lab examples, not records of a community trial. SHELTER Question: @building What should we consider so someone with limited mobility can reach and use a shelter? FULL OASIS ANSWER (original Markdown) - **Physical access to the shelter:** Ensure pathways are clear of obstacles and debris so people with limited mobility can reach the shelter safely [P2]. Add ramps or remove thresholds to make entrances wheelchair-accessible, and ensure door openings are at least 90 cm wide [P2]. - **Ground-floor priority for shelter placement:** Prioritise ground-floor units for individuals with reduced mobility, including wheelchair users, who may need ramps [P1] [P5]. - **Accessible facilities inside the shelter:** Design sanitary facilities (toilets, taps, bath areas) to accommodate persons with disabilities, including accessible signage for reserved areas [P1]. - **Wider circulation and space:** Make sure circulation routes are wide enough for wheelchairs and free of clutter to improve safety and usability [P1]. SOURCES CITED IN THE FINAL ANSWER [P2] IFRC, in partnership with CBM and Handicap International — All Under One Roof: Disability-inclusive shelter and settlements in emergencies — PDF page 96 https://oasis.kuwala.space/library/documents/ifrc-inclusive-shelter-2015/pdf#page=96 [P1] IFRC, in partnership with CBM and Handicap International — All Under One Roof: Disability-inclusive shelter and settlements in emergencies — PDF page 81 https://oasis.kuwala.space/library/documents/ifrc-inclusive-shelter-2015/pdf#page=81 [P5] IFRC, in partnership with CBM and Handicap International — All Under One Roof: Disability-inclusive shelter and settlements in emergencies — PDF page 136 https://oasis.kuwala.space/library/documents/ifrc-inclusive-shelter-2015/pdf#page=136 EDITORIAL SOURCE CHECK (separate from the answer) The cited pages support the main points. The guide also covers individual accessibility needs, ramp dimensions, handrails and lighting that this short answer leaves out. It gives residents and an experienced builder a starting point for discussion. PROVENANCE Captured (UTC): 2026-10-15T07:20:44.313762+00:00 to 2026-10-15T07:21:18.557328+00:00 Model: ministral-3:3b-instruct-2512-q4_K_M Station release: 7131e1e9844502cdc242729fd5a1a775a136b4fb Workflow: managed_retrieval; final source: local; completed normally with no error event. SHA-256 of exact answer UTF-8: c2a25daceece5b73f397d6da354286b71a960eee22efeeba10ec434070b1c2b3 --- FARMING Question: @farming Which approaches could reduce runoff and help a sloping field hold moisture? FULL OASIS ANSWER (original Markdown) - **Contour bunds**: Build small soil mounds (up to 50 cm high) across the slope to act as barriers. Place them along the slope’s contour lines and space them closely on steep terrain to reduce runoff force and encourage water infiltration [P1]. - **Terraces**: Construct deep furrows across the slope to slow runoff. Place soil on either the upper or lower side of the terrace to enhance infiltration or collect runoff water inside the terrace. Reinforce terraces with grass strips, forage crops, or agroforestry trees [P1] [P4]. - **Contour ridges and bunds**: Build ridges or bunds along contour lines, spaced 5–20 m apart based on slope, rainfall, and soil depth. The upstream side (1–2 m wide) is used for cultivation, while the catchment area between ridges stores and infiltrates runoff [P7]. SOURCES CITED IN THE FINAL ANSWER [P1] International Institute of Tropical Agriculture (IITA) — Soil health strategies for sorghum systems in Kenya: A training of trainers field manual — PDF page 26 https://oasis.kuwala.space/library/documents/agri-sorghum-soil-health-iita-2023/pdf#page=26 The retrieved passage spans PDF pages 26–27; terrace details continue on https://oasis.kuwala.space/library/documents/agri-sorghum-soil-health-iita-2023/pdf#page=27 [P4] Food and Agriculture Organization of the United Nations — Climate-Smart Agriculture Sourcebook — PDF page 129 https://oasis.kuwala.space/library/documents/climate-smart-agriculture-sourcebook/pdf#page=129 [P7] International Center for Agricultural Research in the Dry Areas (ICARDA) — Rainwater Harvesting Design Manual Micro-catchment Systems for Drylands Agriculture with application software — PDF page 11 https://oasis.kuwala.space/library/documents/agri-dryland-catchments-icarda-2024/pdf#page=11 EDITORIAL SOURCE CHECK (separate from the answer) The sources offer options to discuss with someone who knows the land. This answer leaves out a warning about accurate contour alignment. Its last sentence also blurs where water is stored: ICARDA places infiltration and storage in the cultivated strip, fed by the catchment. Those distinctions matter before choosing a method. PROVENANCE Captured (UTC): 2026-10-15T07:21:18.560383+00:00 to 2026-10-15T07:21:44.669746+00:00 Model: ministral-3:3b-instruct-2512-q4_K_M Station release: 7131e1e9844502cdc242729fd5a1a775a136b4fb Workflow: managed_retrieval; final source: local; completed normally with no error event. SHA-256 of exact answer UTF-8: ef1e2aa066cd965a627c1fdee232fa92740254b01879e5ce17746163695e3708 ---