Addiction grant helps local Native American populations fight substance abuse

Training grant enables doctoral student placement in Native American communities

June 23, 2022

According to a 2021 report by the Arizona Department of Health Services, Native Americans are 20% more likely to die from drug-induced deaths than the state average, 40% more likely to die by suicide and 500% more likely to experience alcohol-induced deaths, which results in a median age at death that is almost 15 years younger than the Arizona median.

An interdisciplinary team at Arizona State University aims to change this.  Two people silhouetted against a backdrop of desert scenery. According to a 2021 report by the Arizona Department of Health Services, Native Americans are 20% more likely to die from drug-induced deaths than the state average, 40% more likely to die by suicide and 500% more likely to experience alcohol-induced deaths, which results in a median age at death that is almost 15 years younger than the Arizona median. An interdisciplinary team at ASU aims to change this. Photo by Daniel Gregoire/Unsplash Download Full Image

The ASU Department of Psychology recently received a new $1.33 million grant from the U.S. Health Resources and Services Administration (HRSA) to help train doctoral psychology students in the latest addiction treatment and management techniques, beginning in July 2022.

The Graduate Psychology Training Consortium assembles experts from five ASU programs, including clinical psychology, counseling psychology, integrated behavioral health, social work and nursing.

Faculty with a vast array of experience and expertise from the five collaborating ASU programs will provide a comprehensive, state-of-the-science training program that will develop competency in integrated health, behavioral health and opioid and other substance use disorder treatment, with a focus on serving Native Americans.

These trainings will be open to faculty and graduate students from the five collaborating programs, as well as to community providers. 

In addition to the training component, this grant includes partnerships with two community providers where psychology graduate students will have hands-on training in assisting Indigenous and underserved populations in the state. 

“One of those locations that our students will be working in is located in Navajo Nation. We also have a Native American consultant for the grant who will be helping us navigate how we provide culturally competent services that improve the trust with the health care system among the Native American population,” said Matthew Meier, clinical associate professor and co-director of clinical training. Meier is also the director of the new online master’s degree in addiction psychology launching in fall 2022.

“Through the learned experiences of research and maintaining positive collaborative relationships with tribes, it is imperative that tribal understanding is developed and maintained. Most importantly, ensuring that tribal sovereignty and respect to cultural and traditional practices is adhered to,” said Valaura Imus-Nahsonhoya, the founder and executive director of Honwungsi Consulting Services.  

The Honwungsi Consulting agency provides consulting services to state, federal, nonprofit and for-profit agencies working in tribal areas. This consulting ensures that training information and delivery is culturally competent in respect to particular tribal participants. 

ASU is partnering with the Canyonlands Healthcare Agency, a community mental health agency, that has local clinics, primary care, as well as integrated behavioral health in the north and east areas of Arizona. This facility has been designated as a Federally Qualified Health Center and is supported by federal grants under the U.S. Public Health Service Act.  

Additionally, the department is partnering with Solutions of Sobriety, which has an existing contract with Indian Health Services to provide substance abuse, recovery, housing, outpatient and intensive inpatient care. 

“The goal for this grant is to train psychologists to do integrated health. We are providing behavioral health services in primary care settings, as well as opioid and other substance use disorder treatments. Additionally, the training provides experience with telehealth treatment for populations that have been traditionally unable to access treatment,” Meier said.

Related: ASU launches new master’s degree in addiction psychology with included practicum experience 

Expanding services in rural communities. 

“One major goal of this grant is to expose trainees to rural settings and provide training in culturally competent care, which will increase the likelihood that they will provide services in these rural communities in the future. This is a major challenge to encourage licensed professionals to move into isolated communities to solve that treatment gap,” Meier said.

“Telehealth now opens a whole new avenue to get services into underserved areas without having to move professionals into these small communities."

Related: ASU wins grant to establish interdisciplinary training program to fight the opioid epidemic 

“The HRSA grant will allow us to develop and disseminate a state-of-the-science training to a broad range of students, faculty and community providers, as well as increase access to culturally competent psychological services for Native Americans,” Meier said. 

Robert Ewing

Marketing and Communications Manager, Department of Psychology


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New probes gather real-time algae information in CAP canals

June 23, 2022

Immediate information valuable for agricultural farmers

Taylor Weiss lowers the probe into the bottom of the canal and waits for the conversation to begin.

“Hey, how are you feeling today?” the probe says to the algae. “Are you happy? Or are you not?”

The answer to those questions enables Weiss and his team at the Arizona Center for Algae Technology and Innovation, or AzCATI, to detect algae blooms in real time in the canal system, information that is critical to homeowners and agricultural farmers throughout Arizona.

“The whole part of our sensor system is you can see the problems as they’re coming,” said Weiss, a senior global futures scientist at Arizona State University’s Julie Ann Wrigley Global Futures Laboratory and assistant professor in the Polytechnic School, part of the Ira A. Fulton Schools of Engineering. “It’s like a weather forecast. Just by letting people know when an event is going to hit, they can adjust.”

Through a partnership with Burge Environmental, which developed the new technology, AzCATI has a half-dozen probes testing the water in the 336 miles of the Central Arizona Project canal system, as well as Lake Pleasant.

The probes, powered by solar energy and connected to a computer terminal that sends out data like a cell phone, are essential because drought conditions brought on by climate change — “everything that could make the situation worse is now happening,” Weiss said — can create “extremely problematic” algae changes, and previously there was no way to gather immediate information.

“There was no practical way without having an army of people grabbing samples physically across 300 miles of canal,” Weiss said, adding that it’s impossible to keep algae from blooming in the CAP canals. “Not just monthly, not even weekly, but daily, to even establish a pattern. And then what tests are you going to run? Now we have a real-time potential measure of biological activity in the environment.

“Fundamentally, what we can now say with much greater confidence — is the algae growing slow? That’s because it was cold yesterday. So, it’s a cloudy day, they’re growing slow and that’s fine. Or, if they’re growing slow and we think they should be growing faster, we need to find the reason because that’s an opportunity for improvement.”

The continuous, real-time testing of the algae bloom is vital for several reasons. First, if the algae Cymbella – often called “rock snot” for its sticky, yellow, clumpy form – grows too quickly, it can reduce the efficiency of water flow. While a sticky canal may not seem like a big deal, that energy loss could instead be powering thousands of homes each year, Weiss said.

“The state of Arizona spends 4% of its annual energy on this canal,” Weiss said. “So, you start doing the math and very quickly it’s a gross inefficiency.”

It’s also important to know what type of algae is growing in the canal system. Some algae create “odor and taste issues that people drinking water don’t enjoy.”

The real-time information is also helpful to agricultural farmers, who depend on a consistent water supply from the canals.

“If they know a problem is coming, like the intakes being clogged, a problem at 9 a.m. on Monday is an easy problem to solve, while a problem at 2 a.m. on Sunday is difficult,” Weiss said. “Because we don’t have the manpower in place across a very large area, you’re ill-prepared, which means the system will be running inefficiently and it’s going to disrupt users.

“So knowing the problem and understanding how to predict it, this is algae forecasting. The hard part of our job now is we’re in the stages of taking relatively simple data and trying to break it down to something as simple as a weather forecast. Like a map where you have sensor platforms, we’ll have a number from one to five saying how bad the algae is in this region based on water flows. And if we know they’re breaking loose in one place, we can say, ‘Hey guys, in 48 hours this problem could be at your doorstep.’”

Weiss hopes the new sensor system can be used beyond the CAP canals. He said he recently met with the Mesa city council; Mesa gets approximately one-third of its water from CAP, one-third of its water from Salt River Project and one-third of its water from groundwater sources.

“We’re absolutely looking to go straight to some of the municipalities,” Weiss said. “Right now, there’s no one-stop shop to bring this puzzle together. Ultimately, for the state of Arizona, that’s what we want to develop.”

Top photo: Duane Barbano, a doctoral student in biological design, attaches a battery and telecommunications equipment to a tower railing on April 11 at Lake Pleasant. The crew, led by Assistant Professor Taylor Weiss, installed both a floating and a fixed probe network from a secure pumping station at the CAP-fed reservoir. The probes, which range throughout the 160-foot lake depth, measure the biochemical activity of the environment, especially in response to nutrients as they flow. For example, the data will show when there are algae blooms, which will allow the CAP to adjust the Valley’s delivery operations system. Photo by Charlie Leight/ASU News

Scott Bordow

Reporter , ASU News