Programs and Communities

Maria is a United States citizen whose parents just recently obtained legal status in the US due to Maria having turned 21. Maria has been around the undocumented population her entire life due to a large part of her family being undocumented. She became very involved with the undocumented movement back in 2010 with the passing of SB1070 in Arizona. She states that the reason she became so involved at this time was because she realized how these anti-immigrant laws were affecting her family and her community. She has worked on many campaigns at the local level such as the recall of Russell Pierce, the Adios Arpaio Campaign among other things. She is set to graduate from ASU this May 2015 with a degree in Political Science and Transborder Studies, and hopes to study law one day. She currently works with Unite Here a labor union and continues to be involved with varies campaigns some being DACA/DAPA information sessions among other things

In her interview, Monica discusses her association with the Grassroots Leadership Organization and her involvement with DreamZone. She talks about why DreamZone is important and why she is politically inclined. She talks about DreamZone’s Clinton Global Initiative campaign and her involvement at the White House breakout sessions after DACA was signed. She has been involved in sit-ins and letter writing campaigns

Jonathan was born in a small farming town in Maryland. He talks about racism, segregation and the homophobic climate that prevailed in his hometown, and how that informed his activism and that of his parents. During middle school, he got involved in activism around queer youth of color. In the beginning, he was mostly involved in LGBT issues. Later, he also organized around economic injustice in peasant and working class communities.

Dulce attended school in Mexico up until junior high before coming to the United States on a visa. While in high school she became involved with the robotics team at Carl Hayden and thanks to the encouragement by her two teacher she decided to pursue a STEM education at ASU. She was enrolled at ASU already when the law passed and was unaware of any other undocumented student at the ASU campus at the time. It was through the scholarship(s) that were made available to these undocumented student who were already enrolled at ASU that these undocumented students connected. What originally started off as students discussing various topics through blackboard, then google drive, led to the founding of the Arizona Dream Act Coalition (ADAC). She is co-founder for the ADAC and was the acting president for 2 years, now she just volunteers whenever she can, currently running for a position in the upcoming Executive board. She graduated from ASU with a degree in mechanical engineering, but is currently has her own business as a real estate agent for the past 10 years. She is in the process of applying for citizenship.

In his interview, Seth discusses his hometown as well as his study abroad experiences. He describes how he has come to learn about the undocumented youth movement and his role in the DreamZone workshop. He talks about current political reform and his involvement in political discussion in person and on social media. He describes his experience with AZ Quip and how he feels it is included.

Jesus went to Gadsden High School in Anthony, New Mexico. He studied engineering at Texas A&M University, but ended up changing his major to journalism and mass communication with an emphasis in pubic relations. He worked in housing residential education for about a year in Florida, but later moved to Arizona State University to pursue a PHD in education policy and evaluation. Through his work with students and the community, he became aware of the political and social issues in Arizona. This awareness eventually led him and a friend to create DREAMzone.

Jesus is involved with DREAMzone, the Queer Undocumented Immigrant Project (Q.U.I.P.), Arcoíris Liberation Team, and Familia: Trans Queer Liberation Movement (California). He was president of the Latino Graduate Student Alliance and is currently the vice-president of the Graduate & Professional Student Association.

The urban thermal environment varies not only from its rural surroundings but also within the urban area due to intra-urban differences in land-use and surface characteristics. Understanding the causes of this intra-urban variability is a first step in improving urban planning and development. Toward this end, a method for quantifying causes of spatial variability in the urban heat island has been developed. This paper presents the method as applied to a specific test case of Portland, Oregon. Vehicle temperature traverses were used to determine spatial differences in summertime ~2 m air temperature across the metropolitan area in the afternoon. A tree-structured regression model was used to quantify the land-use and surface characteristics that have the greatest influence on daytime UHI intensity. The most important urban characteristic separating warmer from cooler regions of the Portland metropolitan area was canopy cover. Roadway area density was also an important determinant of local UHI magnitudes. Specifically, the air above major arterial roads was found to be warmer on weekdays than weekends, possibly due to increased anthropogenic activity from the vehicle sector on weekdays. In general, warmer regions of the city were associated with industrial and commercial land-use. The downtown core, whilst warmer than the rural surroundings, was not the warmest part of the Portland metropolitan area. This is thought to be due in large part to local shading effects in the urban canyons.

Modeling results incorporating several distinct urban expansion futures for the United States in 2100 show that, in the absence of any adaptive urban design, megapolitan expansion, alone and separate from greenhouse gas-induced forcing, can be expected to raise near-surface temperatures 1–2 °C not just at the scale of individual cities but over large regional swaths of the country. This warming is a significant fraction of the 21st century greenhouse gas-induced climate change simulated by global climate models. Using a suite of regional climate simulations, we assessed the efficacy of commonly proposed urban adaptation strategies, such as green, cool roof, and hybrid approaches, to ameliorate the warming. Our results quantify how judicious choices in urban planning and design cannot only counteract the climatological impacts of the urban expansion itself but also, can, in fact, even offset a significant percentage of future greenhouse warming over large scales. Our results also reveal tradeoffs among different adaptation options for some regions, showing the need for geographically appropriate strategies rather than one size fits all solutions.

Because of a projected surge of several billion urban inhabitants by mid-century, a rising urgency exists to advance local and strategically deployed measures intended to ameliorate negative consequences on urban climate (e.g., heat stress, poor air quality, energy/water availability). Here we highlight the importance of incorporating scale-dependent built environment induced solutions within the broader umbrella of urban sustainability outcomes, thereby accounting for fundamental physical principles. Contemporary and future design of settlements demands cooperative participation between planners, architects, and relevant stakeholders, with the urban and global climate community, which recognizes the complexity of the physical systems involved and is ideally fit to quantitatively examine the viability of proposed solutions. Such participatory efforts can aid the development of locally sensible approaches by integrating across the socioeconomic and climatic continuum, therefore providing opportunities facilitating comprehensive solutions that maximize benefits and limit unintended consequences.

The spatial configuration of cities can affect how urban environments alter local energy balances. Previous studies have reached the paradoxical conclusions that both sprawling and high-density urban development can amplify urban heat island intensities, which has prevented consensus on how best to mitigate the urban heat island effect via urban planning. To investigate this apparent dichotomy, we estimated the urban heat island intensities of the 50 most populous cities in the United States using gridded minimum temperature data sets and quantified each city's urban morphology with spatial metrics. The results indicated that the spatial contiguity of urban development, regardless of its density or degree of sprawl,was a critical factor that influenced the magnitude of the urban heat island effect. A ten percentage point increase in urban spatial contiguity was predicted to enhance the minimum temperature annual average urban heat island intensity by between 0.3 and 0.4 °C. Therefore, city contiguity should be considered when devising strategies for urban heat island mitigation, with more discontiguous development likely to ameliorate the urban heat island effect. Unraveling how urban morphology influences urban heat island intensity is paramount given the human health consequences associated with the continued growth of urban populations in the future.