Believe Our Stories & Listen: Portland Street Response Survey Report

Many advocates, local officials, and people experiencing homelessness agree that Portland needs a better way to respond to low-priority calls for service involving those experiencing homelessness and behavioral health crises. This report examines efforts to address homelessness in Portland through the development of a plan to dispatch the Portland Street Response unit rather than police. A team of community partners spread out across the city July 16 and 18 to interview people experiencing homelessness to help inform the design of the Portland Street Response pilot project (PSR). An additional team went out on Sept. 6. Members of Street Roots, Sisters of the Road, Right 2 Survive, Street Books, the Portland State University Homelessness Research & Action Collaborative, the Map- ping Action Collective, Yellow Brick Road, Commissioner Jo Ann Hardesty’s office, and Alissa Keny-Guyer’s office interviewed 184 unhoused people. Participants formed teams of two to three, each lead by a Street Roots vendor or someone else who had experienced homelessness. Teams engaged people experiencing homelessness in discussions about what the PSR pilot should look like, including who the first responders should be, how they should approach individuals in crisis, what types of services and resources they should bring with them, and what types of training they should have. Following the interviews, responses were analyzed and summarized into this report to provide guidance for this important initiative based directly on the needs and experiences of unhoused people

Engaging Unhoused Community Members in the Design of an Alternative First Responder Program Aimed at Reducing the Criminalization of Homelessness

Police are often called to address concerns about people experiencing homelessness, with arrests often resulting from low-level, nonviolent crimes, and violations of minor nuisance ordinances. In Portland, Oregon, advocates lobbied for a new model of emergency response for 911 calls involving unhoused community members and people experiencing behavioral health crises. To ensure the program reflected the needs and perspectives of people experiencing homelessness, teams of researchers, community volunteers, and people with lived experience interviewed 184 people in camps, shelters, and parks. Teams asked unhoused people how the program should be designed, including who the first responders should be, how they should approach individuals in crisis, what resources they should provide, and how they should be trained. This article describes the methods, findings, and recommendations from our collaborative survey process aimed at ensuring that the voices of people experiencing homelessness informed the development of the Portland Street Response pilot program

Evening light environments can be designed to consolidate and increase the duration of REM-sleep

Evening exposure to short-wavelength light has disruptive effects on circadian rhythms and sleep. These effects can be mitigated by blocking short-wavelength (blue) frequencies, which has led to the development of evening blue-depleted light environments (BDLEs). We have previously reported that residing 5 days in an evening BDLE, compared with residing in a normal indoor light environment of similar photopic lux, advances circadian rhythms and increases the duration of rapid eye movement (REM) sleep in a randomized cross-over trial with twelve healthy participants. The current study extends these findings by testing whether residing in the evening BDLE affects the consolidation and microstructure of REM sleep in the same sample. Evening BDLE significantly reduces the fragmentation of REM sleep (p = 0.0003), and REM sleep microarousals in (p = 0.0493) without significantly changing REM density or the latency to first REM sleep episode. Moreover, the increased accumulation of REM sleep is not at the expense of NREM stage 3 sleep. BDLE further has a unique effect on REM sleep fragmentation (p = 0.0479) over and above that of circadian rhythms phase-shift, indicating a non-circadian effect of BDLE. If these effects can be replicated in clinical populations, this may have a therapeutic potential in disorders characterized by fragmented REM sleep.publishedVersio