Racialized Empathy for the Drug Addicted: How Do We Respond?

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Racialized Empathy for the Drug Addicted: How Do We Respond?
Barton, Champe T.
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The United States has long struggled to deal with addiction appropriately. Not until the opioid epidemic of the last 5 years has the rhetoric around addiction begun to shift from a punishment-driven to treatment-driven approach. This has prompted many in the media to speculate that race played a role in the transition, an effect they argue is most noticeable when comparing the language around today's opioid epidemic response to that during the crack epidemic response of the 1980s and 90s. This analysis aims to pour cement over those hypotheses with a quantitative linguistic analysis of over 500 New York Times articles from both epidemics. It utilizes both a t-test and an OLS regression in order to compare word usage during both epidemics, tracking the frequency of a list of words that frame addiction as a criminal justice or public health problem. ( en )
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Awarded Bachelor of Health Science, magna cum laude, Major: Health Science. Emphasis/Concentration: General Health Sciences and Bachelor of Arts, magna cum laude, Major: Economics, on May 8, 2018.
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College or School: College of Liberal Arts and Sciences
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Advisor: Scott Kostyshak, Michelle Phillips. Advisor Department or School: Economics

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RACIALIZED EMPATHY Racialized Empathy for the Drug Addicted: How Do We Respond? By Champe Barton


RACIALIZED EMPATHY Barton 2 I. Introduction In recent years, American legislators, journalists, and public intellectuals have mustered an outpouring of empathy for our country's f loundering white working class. Despite overwhelming evidence 1 to the contrary, congressmen and news broadcasters alike insist that liberal disdain for working whites "rednecks" and "hillbillies" gripped by economic angst served Donald Trump the 2016 e lection on a silver platter. How else should a citizen react, they ask, when scorned and neglected by America's elite? Unfortunately, we seldom apply this logic to the plight of Black America. In the face of vast, historical disregard for black Americans' struggle we neither expect that they succumb to the irrational allure of orcish reality television stars nor strain to understand the frustration that motivates their protests and riots. Writer Ta Nehisi Coates puts it well: Black workers suffer because it was and is our lot. But when white workers suffer, something in nature has gone awry. And so an opioid epidemic among mostly white people is greeted with calls for compassion and treatment, as all epidemics should be, while a crack epidemic among mostly black people is greeted with scorn and mandatory minimums. This disparate reaction to the crack and opioid epidemics has arguably provided the clearest example of our ra cialized empathy, and many have take n notice. The Chicago Tribune 2 The New York Time s 3 The Atlantic 4 Vox 5 T he Sun Sentinel 6 !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!! 1 The Mythology of Trump's Working Class Support FiveThirtyEight 2 Race, the Crack Epidemic, and the Effect on Today's Opioid Crisis Chicago 2 Race, the Crack Epidemic, and the Effect on Today's Opioid Crisis Chicago Tribune 3 When Addiction Has a White Face The New York Times


RACIALIZED EMPATHY Barton 3 and others have all published articles pointing to the inequity in our respective responses. But what evidentiary basis do these writers have for their claim that the opioid epidemic's predominantly white demogr aphic has softened our response to addiction? Is their collective assumption that we responded differently to each epidemic even grounded? And if so, h ow can they ascribe the cause to race and not other variables like scientific awareness or increased soci al connectivity? This analysis aims to p rovide that evidentiary basis or lack thereof, to t ease these causes apart and investigate whether the racial profile of the opioid epidemic really did cause a softening in America's public response to addiction. II. Sample This study analyze d 557 New York Times articles from fourteen peak years of the crack (1985 1998) and opioid (2004 2017) epidemics and compare d word usage during each period with a series of independent Welch Two Sample t tests, which account for unequal variances A second analysis conducted with 28 years (1982, 1985, 1988, 1990 2014) of articles regress ed the resulting word usage data on racial demographic data for crack and heroin use in each year, a measure of scientific understanding of addict ion in each year, and a measure of technological progress for each year. III. Word Search Analysis !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!! 4 What the Crack Baby' Panic Tells Us About the Opioid Epidemic The Atlantic 5 When a Drug Epidemic's Victims are White Vox 6 White Opioid Addiction Raises Sympathy Not Found During Crack Epidemic, The Sun Sentinel


RACIALIZED EMPATHY Barton 4 I analyzed 25 pages of NYT article search results (according to a specified search term) per year for 14 years from t he NYT's article archive, using the se arch terms "crack epidemic" and "opioid epidemic". I then counted the frequency of usage of a series of arbitrarily defined ap athetic' and empathetic' words, a pathetic words referring to those that frame addiction predominantly as a criminal justice prob lem; empathetic words referring to those that frame it predominantly as a public health problem. IV. Apathetic Words Apathetic words were chosen based on several characteristics: first, I consulted a National Alliance of Advocates for Buprenorphine Trea tment 7 memo reg arding word usage and addiction. From that list, I chose words I considered common enough to appear in newspaper articles more than a handful of times (e.g. "wellbriety," a word they suggest people use, is much less likely to appear consiste ntly in articles spanning a forty year period than "habit"). I then decided on an arbitrary list of ad ditional words based 1) on how well I felt they characterized the problem as the responsibility of the criminal justice system, and 2) on how frequently t he word appe ared in a series of test searches For the t test I decided on nine words: "prison", "crime", "criminal", "police", "justice", "arrest", "threat", "violence", and "habit" None were removed from the analysis. V. Empathetic Words Empathetic words were chosen using all the same criteria as apathetic words, except I selected them based on how well I felt they pinned responsibility !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!! 7 Substance Use Disorders: A Guide to the Use of L anguage, National Alliance of Advocates for Buprenorphine Treatment


RACIALIZED EMPATHY Barton 5 for addressing the epidemic on the public health system, rather than the criminal justic e system. Again, I decided on nine words for the t test : "treatment", "disease", "sick", "health", survivor ", "insurance", "patient", "overdose", and "misuse." "Survivor was removed from the t test analysis b ecause it a ppeared zero times in each search. B ased on a NYT daily articl e request limit, I was unable to re run the t test with another substitute word. V I Dependent Variables Media Response Media response was analyzed using 30 archived New York Times 8 articles from the each year in the 28 year period listed above The varia ble in the regression used a ratio of empathetic words to apathetic words used in the 30 most relevant articles according to searches for "cocaine" and "heroin" in each focus year. This approach has the advantage of accounting for articles that take into account both criminal justice and public health responses, but has the disadvantage of potentially missing or misinterpreting information from each piece (e.g. an article that reads, "we shouldn't look at drug use as a bad habit or a threat this isn't a criminal justice proble m; it's a public health problem would register more apathetic than empathetic words despite framing the problem in a more empathetic light ) Legislative Response !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!! The New York Times Article Archive, The New York Times


RACIALIZED EMPATHY Barton 6 Data for the U.S. legislative response to addiction epidemics in t he given years can be found on the 9 website using their Congressional bill tracker. The database contains data on every bill proposed and the policy areas each covers, and a straight tally was taken of those proposed in criminal justice' and public health' subje ct areas that also contain the keyword "drug abuse which surfaced more bills than "substance abuse," "addiction," and "drug addiction." I then compared the number of criminal justice related bills proposed vs. the number of health re lated bills proposed in each year to generate a rate that would give a better idea of Congressional focus than raw tallies would. VII Independent Variables Racial Profile The racial profile of the crack and opioid epidemics may be responsible for the ap parently dramatic shift in response from the former to the latter. Racism can be slippery to quantify empirically ( one reason: white families collectively share more power than black families in the U.S., so when the children of white families die from opi oid overdoses, parents might respond more forceful ly and empathetic ally than when watching the children of unknown black families die. Is this racism or basic psychology ?), but determining whether or not race played a role at all in our response shift is a necessary first step in any attempt at doing so This racial demographic information can be quantified by several different metrics. Drug and demographic specific arrest data, overdose data, self reported use data, and emergency room data all provide sli ghtly different angles to approach such an analysis, and could yield slightly different results (e.g. heroin !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!! # Congressional Bill Search, U.S. Congress


RACIALIZED EMPATHY Barton 7 users may overdose more often than crack users, skewing rates of heroin overdose relative to cocaine overdose). However, since drug and demographi c specific arrest, overdose and emergency room data do not exist in any one unified database for the year s in question, I focused instead on self reported use data only To do so, I analyzed data provided by the National Institute's on Drug Abuse survey, the National Survey on Drug Use and Health (NSDUH) 10 which until 2001 was called the National Household Survey on Drug Abuse (NHSDA) A NIDA representative administers this self reported survey in person, and its sample is randomized to remain representat ive. After examining the data in Microsoft E xcel yearly population demographic estimates would be inaccurate given NIDA's response rates. As such, I used a ratio of th e rate of heroin + crack /cocaine use in black respondents to the rate of the same in whi te respondents. A lower number would signify higher rates of heroin and crack /cocaine use in the white community, while a larger number would signify greater use in the black community. Scientific Awareness Scientific understanding of addiction as a disea se has developed over time, and could potentially change the way we respond to addiction epidemics. The same way ancient peoples punished their mentally unwell for demonic possession before their conception of mental health, we may have punished the drug a ddicted for a moral failing before we fully understood their condition as !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!! $% Substance Abuse and Mental Health Services Administration


RACIALIZED EMPATHY Barton 8 neurochemical. Thus, scientific awareness of addiction represents an important confounding variable to consider. This awareness was tracked using the rate of scientific journal artic les containing the phrase "disease of addiction" in Google Scholar searches for each of my focus years. Technological Progress T echnological advancement can both increase media awareness and sympathy for a problem, and can reduce violence by lessening the number of "surprise" interactions that involve dealers, both of which can indirectly result in a more empathetic public response. "Surprise" interactions refer to hostile interactions that occur in less connected communities as a result of unexpected encou nters in plain terms, the interactions between drug dealer s and addicts/other dealers that the advent of technology like Facebook and iPhones could have eliminated by way of shortening the amount of time it takes to send a warning, increasing awareness o f activity in communities, enhancing police ability to respond preemptively, etc. Technological progress is traditionally measured using total factor productivity (TFP), the portion of output not explained by the amount of inputs used in production. 11 It measures how efficiently in puts are utilized in production, and thus serves as a useful proxy for technological progress. The !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!! $$ Total Factor Productivity New York University and NBER


RACIALIZED EMPATHY Barton 9 Federal Reserve Bank of St. Louis 12 keeps meticulous annual TFP data publicly available. V III T Tests A total of 17 t tests were run, each comparing the average number of times an individual word in the list was used per article between the two epidemics. Two additional tests were run to compare the average apathetic and empathetic word totals per article between the two epidemics as well. The results before correction for multiple comparisons, were as follows: !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!! !!!!!!!!!!!!!!! $& Total Factor Productivity at Constant National Prices for United States St. Louis Fed


RACIALIZED EMPATHY Barton 10 To reject the null in this case is to reject the hypothesis that in each individual co mparison no difference exists between the average frequency of the w ord 's use per article in the search. The alternative hypothesis, then, supposes that there is such a difference word to word. As a result, the individual word comparisons only serve as instruction to future researchers deciding on words to include or exclu de in future analyses. The true points of interest here lie in the average tally comparisons, which provide a more holistic view of apathetic and empathetic word usage in either epidemic. In total, thirteen of the seventeen words along with both word tot als were used significantly differently based on the time period of their use. Only three apathetic words ("justice," "threat," and "habit") and one empathetic word ("sick") were used without significant difference. However, correcting for multiple comp arisons using the Bonferonni method revealed five additional words whose significance I evidently found by chance: "patient," "misuse," "insurance," "disease," and "criminal." In total, this left significant differences among three out of eight empathetic words, four out of eight apathetic words, and both word totals. These results suggest a relatively stark contrast in the language use surrounding the crack and opioid epidemics, namely that we focused more heavily on the criminal justice response to addi ction during the crack epidemic, and more heavily on the public health response to addiction during the (ongoing) opioid epidemic.


RACIALIZED EMPATHY Barton 11 IX. Regressions With two dependent variables, I essentially ran two separate regressions with the same independent variab les, swapping only the dependent variable of interest. Due to a poverty of annual data on national drug use (and thus a number of observations below even the most basic n = 30 threshold) though, this regression provides no reliable results. Regardless it serves as a suggestion of possible future avenues for researchers to explore, and as caution against time consuming mistakes that may obscure very real effects or worse, provide evidence of effects that do not exist. The results of my regression on media response (variable name "emp_rate" for the rate of empathetic / apathetic words used) were as follows: drug_use Racial demographics of drug use were an insignificant predictor of journalistic empathy for the drug addicted in the New York Times. On face v alue, this would be interpreted as evidence that the race of the drug addicted does not affect the media's response to addiction. However, given the limitations of this analysis, that wo uld be an immature interpre tation. The primary issue here lies with my dependent variable. Arbitrarily selecting proxy words for empathetic and apathetic responses necessitates a trial and error process I haven't had the time or the data request limit license to work through. Fairly decisively apathetic words beat out e mpathetic words in NYT article content for the years in question for understandable reasons: both cocaine and heroin are illegal drugs. Using them constitutes a crime, meaning that in nearly every year, "crime" tallied up a bulk of the interval's apatheti c totals, ultimately evening out my data over the


RACIALIZED EMPATHY Barton 12 thirty years in q uestion. In future iterations, researchers should consider removing this term to get a more specific gauge of our language use surrounding addiction I also didn't control for the frequen cy of each of these words in the English language. In the iterat ions of this analysis to come, future researchers should find some metric for do ing so in order to get an accurate sense of when a wo rd is being used at higher than typical rates. Additional ly, the drug use data available to me came with some caveats regarding trend analysis. Methodology for the study changed twice over the years in question (once between 1985 and '88, and once in 2002). Although I partially succeeded in negating this method o logical variation by using ratio s rather than raw figures, the changes injected some inconsistency into an already small data set. With so few observations, my analysis was especially vulnerable to these inconsistencies. Lastly, my data set was small. Wit hout another accurate annually reported drug use demographic database I only have data from 28 years, not even enough to satisfy the basic n=30 significance threshold. sci_awareness Scientific awareness also proved an insignificant predictor of media re sponse, but this makes sense given the above dependent variable issue Sharper media data may correlate higher with our increasing scientific awareness. tech_progress Just like scientific awareness, technological progress likely suffered from the sa me de pendent variable problems, and may also contain an interaction


RACIALIZED EMPATHY Barton 13 effect with media response that obscures any effect it exerts specifically (e.g. increasing technological advancement increases our capacity to report stories and the quickness with which we're able to report them). The results of my regression on legislative response (variable name bill_count for the rate of criminal justice bills over public health bills proposed related to drug abuse each year) are as follows: drug_use Again, drug used prov ed an insignificant predictor, this time for our country's legislative response to drug addiction. Also again, however, this insignificance may result more form inadequacies in the depend ent variable data than in the independent variable data. The primary reason for this is that a count of bills proposed in a given year mention ing a certain search term pays no mind 1) to whether or not a bill becomes law or 2) to the content of the bills in question. For example, mandatory minimum sentencing laws contained in the Anti Drug Abuse Act of 1986 may have had the single greatest race related and race motivated impact of any law since Jim Crow. But according to my analysis, the passage of such draconian legislation registers only as a single tally, canceled out by a health related bill that simply mentions the risk of opioid abuse from the prescription of pain meds. Alternatively, it's also possible that it's media response not actual racial demographics that most significantly impacts legislation proposed. Fut ure research should consider some way of accounting for the interaction between medi a and legislative responses if it aims to address underlying endogeneity problems.


RACIALIZED EMPATHY Barton 14 sci_awareness Scientific awareness proved a significant predictor of legislative respons e at the 95% confidence level with a p value of 0.0187. The two variables are inversely correlated, so an increase in scientific awareness decreases the bill_count variable (meaning it increases the number of health related bills proposed to address drug a buse relative to the number of criminal justice related b ills proposed). This confirmed my hypothesis: Congress hears testimony from scientific experts every day; when important information regarding costly public health crises turns up in laboratory exper iments, Congressmembers are some of the first people to hear it. For this reason, it makes sense that they would adjust their policy making accordingly. However, again this dependent variable fails to take into account the quality of a proposed bill. Just because Congress proposes more health related bills in response to scientific evidence doesn't mean they put their full effort behind those proposals; a single bill like the Anti Drug Abuse Act of 1986 carries consequences for generations of black and bro wn Americans, and arguably reflects the priorities of government better than does the quantity of health related bills that mention "drug abuse." tech_progress Technological progress again proved insignificant this is likely because whatever effect it has on drug related crime is so indirect as to not register at the levels of media or government response. It should be removed in later analyses.


RACIALIZED EMPATHY Barton 15 X. Summary Statistics In order to avoid presenting 36 separate summary statistic sets for each word use d during each epidemic, I only include the total apathetic and empathetic word tally summary statistics. These variables essentially contain a rougher version of the data contained in the 36 single word summary statistics, do not take multiple pages to dis play, and provide a clearer, more focused lens through which to examine changes in word use. Additionally, it is these broader umbrella variables that provide the most useful information in such an analysis. Single word t tests simply offer instruction for analyses


RACIALIZED EMPATHY Barton 16 XI. Additional Discussion The results from this analysis's t tests not only justify, but necessitate a reliable regression, one that I was unable to provide given my fixed position in time. The poverty of yearly drug use data has been discussed earlier in this paper, but it bears mentioning that the media response variable suffers the same shortcoming: the opioid epidemic is less than a decade old, and mentions of the specific phrase "opioid epidemic" don't occur with any frequency (at least not in the New York Times) until around 2011. By contrast, the crack epidemic has aged over 30 years it's arguably mentioned more in newspapers retrospectively at this point than it was contemporaneously. This disparity forces the analysis I ran in an uncomfortable direction rather than specifically target either epidemic in the regression as I did successfully in the t tests, I had to use more frequently used, but more general w ords like heroin, which, between the 1980s and today, include many references to irrelevant information like the way in which heroin helped spread the AI DS epidemic or exposÂŽs about large scale heroin dealing in other countries like China. A search like t his obscures reference to more relevant information, like discussion of heroin overdoses in America. It's these articles that reveal the most apparent racial bias, where heroin addicts are treated like victims of an unfortunate affliction rather than moral ly corrupt addicts, as many crack addicted patients were in crack related articles pulled for this analysis This inability to pin down any specific long term trend in word search data (many analyses were tried i.e. "crack cocaine," "crack epidemic," "coc aine," "heroin


RACIALIZED EMPATHY Barton 17 epidemic," "heroin crisis," and "heroin overdose," among others ) represents this paper's most significant weakness. Secondly, it's likely that a feedback effect exists within the media response variable between past and future newspaper art icles. For example, if stories about crack addiction broke as a result of crack's initial spread into an urban black community, the drug may have gained a reputation as a "black" drug. This reputation could have caused a certain measure of neglect as the d rug spread into white communities, ultimately focusing media coverage on addiction in the black community. In this hypothetical, little relationship would exist between the actual racial demographic of drug use; instead, initial use would cause a ripple ef fect forward, a ffecting all future media response. Third, no overlap exists between the two epidemics. Each is situated in a different political, social, and economic climate. The crack epidemic occurred just 20 years after the peak of the civil rights mo vement, whereas the opioid epidemic began by some counts as recently as 2011. As such, we should expect differences to exist between the two that may have little to do with our willingness to tolerate or justify certain behaviors in the white community tha t we won't tolerate or justify in the black community. In other words, we can't be certain about how reporters would react to a primarily black drug epidemic today or to a white opioid epidemic in 1990, and so must not confuse a difference across time with evidence of ongoing bias today. Lastly, no additional regressions were run after the first. This was by design. Several subsequent attempts at re scraping or re framing word search data failed to revea l anything beyond random assortment in other words, a


RACIALIZED EMPATHY Barton 18 scatterplot of media response d ata points to which nothing but a horizontal trendline could be fit. For this reason, it made no sense to r un a second or third regression because no discernible relationship would be determined from a random assortment of data, and if one was a high likelihood would exist that it emerged by chance. As such, neither an effect nor a lack thereof provides useful information. Future researchers should not let this deter them, though. Untangling race from media response may be easier if comparing across states and popular state newspapers, for which state demographic drug use data may be easier to come by. Approaching such an analysis from a geographically rather than temporally diverse angle could yield insights into the sa me potential race based effect, with none of the accompanying observation shortage issues. Likewise, the passage of time will leave room for a broader, mo re reliable longitudinal analyse s similar to the one conducted here. Lastly, the development of machi ne learning technology like Google's TensorFlow provides an avenue for a much sharper, much less arbitrary analysis of language use in the media. TensorFlow functions like a black box. You feed it info for example: pictures of hand written digits and t ell it which digit each picture represents. You train the program on hundreds or thousands (in reality for a study like digit recognition, preferably tens of thousands) of examples, and then you can feed it a novel image of a handwritten digit and it will be able to tell you with high accuracy which digit is written. This is the way familiar functions like Google's image search work.


RACIALIZED EMPATHY Barton 19 For the purposes of this analysis, it would make sense to train a program to recognize apathetic from empathetic articles, t hereby unburdening the study from the arbitrary and inconsistent use of a handful of buzzwords. This method would not only be able to analyze hundreds of thousands of more articles, but would be able to distinguish between irrelevant and relevant articles as well as between generally apathetic articles and empathetic articles that reflect on the failings of previous media response (and thus mention many of the apathetic words in the word search). Ultimately, such a program would be able to tell whether, for example, an article about a heroin overdose patient that neither mentions any criminal justice nor public health buzzwords, differs significantly from an article about a crack overdose patient. Almost any difference a human can recognize, the program woul d be able to recognize, only exponentially more efficiently. Future analyses with more time and more resources should look into training such a machine learning program.


RACIALIZED EMPATHY Barton 20 References Glanton, D. (2017, August 21). Race, the crack epidemic and the e ffect on today's opioid crisis. Retrieved October 02, 2017, from opioi d epidemic dahleen glanton met 20170815 column.html Harris III, F. (2017, April 10). White opioid addiction raises sympathy not found during crack epidemic | Opinion. Retrieved October 02, 2017, from http://www.sun viewpoint white opioid addiction 20170409 story.html Lopez, G. (2017, April 04). When a drug epidemic's victims are white. Retrieved October 0 2, 2017, from heroin epidemic race Newkirk II, V. R. (2017, July 16). What the 'Crack Baby' Panic Reveals A bout The Opioid Epidemic. Retrieved October 02, 2017, from the crack baby panic reveals about the opioid epidemic/533763/ Silver, N. (2016, May 03). The Mythology Of Trump's Working Class' Support. Retrieved October 02, 2017, from mythology of trumps working class support/ Yankah, E. N. (2016, February 09) Opinion | When Addiction Has a White Face. Retrieved October 03, 2017, from


RACIALIZED EMPATHY Barton 21 addiction has a white face.html N. (2006, August). Total Factor Productivity [PDF]. New York, New York: New York University and NBER. ! ! ! ! ! ! ! !


RACIALIZED EMPATHY Barton 22 Append ix The analysis run to gather data for the regressions and the t tests involved a Python web scraping program that searched the New York Times article archive and collected the body content from each article. The code for that search can be viewed on githu b at In short, it used the New York Times article search API in order to search pre assigned terms, then parsed each article in the search results, sto ring every individual word into a temporary list. That program then cycled through the list, comparing each element (in this case, each word) to a pre defined comparison list of empathetic and apathetic words. It kept a running count of each match's occurr ence that reset with each new article.


! !"##$%$&"'&()*$+,#&-+./&,01&23)$03$/ ""#!$%&'()*+!,%** -./0/12.3 45!6/7!8898#: '&&;<==;(/;*(>.*%3>?@*>(A?=12.'(**(;'2**2;3= B%20(3C2**(D!EF!"GH8 -1%2*(A? "JG K "LG K J:89 ! I, Michelle A. Phillips, the undergraduate honors thesis coordinator for the Economics Department (CLAS), certify that the thesis: Title of thesis: Racialized Empath y for the Drug Addicted: How Do We Respond? Written b y: Champe Barton Was approved by the E conomics Undergraduate Thesis C ommittee on: Approval Date: 4 / 13 /2018 Regards, Michelle A. Phillips