In spring 2026, people who had been living without shelter near the Pajaro River moved into a transitional housing centre in Watsonville, California. The project, called Hope Village, has 34 beds. Its design addresses two very practical constraints: providing shelter better suited to periods of extreme heat, and placing living areas above ground level on a site exposed to flooding.
The climate challenge here is at the scale of a building and its occupants. An envelope that limits heat transfer can reduce the need for air conditioning, while raising a building can help keep water at bay. These are useful design choices, but they are no substitute for a full flood-risk assessment or a sustainable housing policy.
A 34-bed centre near the Pajaro River
Hope Village was built in Watsonville in the car park of a Presbyterian church, in partnership with affordable housing developer DignityMoves and Monterey County. The site includes sleeping areas, shared toilets and showers, a laundry, an outdoor area, a dog park and administrative offices, according to the project overview from LifeArk, the company supplying the construction system.
LifeArk describes the site as a “navigation center” and mentions, among other things, a weekly meal programme organised by the neighbouring church. Transitional accommodation meets an immediate need for shelter. The published information does not detail rehousing pathways when residents leave.
Yale Climate Connections reports that more than two dozen people living along the river moved into the new centre in the spring. The figure of 34 beds, published by LifeArk, refers to the site’s capacity, not necessarily the number of people present when they arrived.
Modules assembled on site
LifeArk units are made from plastic panels, then transported to and assembled on site. This prefabrication shifts some of the work to the factory and makes it possible to erect the modules on site. The project overview credits LifeArk with the design, permits and manufacture, and Swinerton with the site works and final assembly.
The manufacturer describes the panels as resistant to earthquakes and fire, and as highly insulating. These stated characteristics indicate the design objectives, but do not, on their own, constitute an independent assessment of the building’s performance at Hope Village. Actual results also depend on installation, maintenance, ventilation and conditions of use.
Insulation has particular climate benefits during periods of extreme heat: it can slow the entry of heat from outside and therefore reduce the need for air conditioning. In winter, it can also limit heat loss. LifeArk founder Charles Wee says the modules can keep the interior cooler in summer and warmer in winter. These comments describe the benefits claimed by the manufacturer; the published information here gives no energy consumption measurements specific to the centre.
Raising living areas to face flooding
The site is in a flood zone identified by FEMA, the US federal agency responsible, among other things, for mapping risks. LifeArk says it is in what is known as a hundred-year flood zone. This expression refers to a statistical risk level used in mapping, not to a flood that could occur only once every hundred years.
LifeArk says the modules are already about 71 centimetres above ground and that a structural shimming system makes it possible to meet finished-floor elevation requirements. The living areas are about three feet, or 0,9 metres, above the ground. This height is intended to help prevent water from reaching the living areas during a flood.
Raising a building reduces its exposure to certain water levels; it does not make the site invulnerable. The scale of a flood, access routes, equipment and utilities can also matter. The project overview establishes that elevation requirements were taken into account, but does not allow us to conclude that the centre would withstand every possible flood.
Useful adaptation, viewed in the context of the housing pathway
Hope Village illustrates one form of local adaptation: designing accommodation that takes account both of thermal comfort and of a river-related hazard. The expected benefit of insulation concerns heat transfer in the building; that of raising it concerns the exposure of indoor areas to water. These two mechanisms address distinct risks and should not be confused.
For the people housed there, the quality of the shelter matters, but it is not the whole response to homelessness. The centre’s capacity, the services offered and the transitional nature of the scheme also determine what it can provide. In Watsonville, the 34 beds and shared spaces make up an accommodation facility; on their own, they tell us nothing about the length of stays or the housing options available when people leave.
The project’s value therefore lies less in a promise of absolute protection than in incorporating climate constraints into a facility intended for people who are particularly exposed. To assess its effects over time, it would be necessary to relate them to actual conditions of use: indoor temperatures, cooling needs and the site’s behaviour during flood events. These measurements would help distinguish the performance targeted by the design from that observed after the facility opened.
References
- Yale Climate Connections, “Hope Village provides climate-resilient housing to vulnerable residents”
- LifeArk, overview of Hope Village in Watsonville
The Pajaro River in California. Illustrative photo.
