Questions for the development team should be sent to info@upholdings.net.

Description:

Butterfly Gardens is the first ever permanent, supportive housing development in Clovis, California. Based on a nationally-proven model, the 75-unit development will prioritize robust social services and a high-quality living environment for vulnerable residents, including individuals with disabilities and at-risk of homelessness. The property will feature 24-hour live-in support staff who will provide access to job training, mental health services, and will work collaboratively with local agencies to ensure a healthy and safe community for both residents and neighbors. With the foundation of secure housing, Butterfly Gardens will offer a space where Clovis residents can flourish.

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Butterfly Gardens will be a gold certified GreenPoint Rated project. Throughout the design, construction, and maintenance of the project, deliberate choices were made to make the building more energy efficient, environmentally friendly, and healthier for future residents. These choices included installing Energy Star appliances, environmentally friendly building products from paint to flooring, and planting native, drought-tolerant species. Butterfly Gardens is also located near a major transit stop, within walking distance to a variety of community resources, and has a number of outdoor gathering spaces for residents to encourage a healthier lifestyle. Together, these design and maintenance elements make for a greener building and a healthier community.
 

Property Type: Multifamily

Total Number of Units: 75  

Status: Now Leasing by referral only

Unit Mix:

• 1 bedroom / 1 bathroom — 75

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Project Features: 

• On-site property management and service spaces; two live-in staff members

• Computer room, exercise room, and a large community space where residents will have     access to regular programming and supportive services geared to enhancing health,         economic security, educational achievement, and personal wellbeing.

• Solar panels and energy-efficient design

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