166 ADA Digital Accessibility on Academic Library Websites Yan Quan Liu, Arlene Bielefield, and Jennifer Beckwith* Studying ADA accessibility at library websites of top universities selected from the U.S. News and World Report, the authors used WAVE and AChecker to assess data in compliance with WCAG 2.0 standards. Almost 8 out of 10 public university academic libraries reported accessibility errors as one of the major findings. Low color contrast was becoming a more commonly occurring accessibility issue, making it difficult for people with vision impairments to perceive the color of the image. The outcomes of the study suggest that academic libraries around the world should continue improv- ing their website accessibility. Introduction We are embarking upon the 2020s with assistive and accessible websites continuing to elude many public academic library websites. This became more evident when we faced a global pandemic beginning in 2020. It included a lockdown that shut down schools, universities, and many public libraries, forcing students of all ages and abilities to learn from home via the internet. Digital accessibility (or the lack thereof) became more evident during this time since the most adversely affected students were those with disabilities. Inaccessibility and incompat- ibility in educational software, hardware, and websites became increasingly apparent when the students had to use varied devices and internet services to learn. Under Title II of the Americans with Disabilities Act (ADA), public universities must provide equal access to services and programs including activities and architectural changes to physical facilities,1 yet digital accommodations and access still face legal scrutiny. Common inaccessibility errors and noncompliance issues include but are not limited to improper text size, missing alt text in images, missing labels for input text types, anchor links with no text, incorrect H1 or header tag placement, and images with low-contrast text.2 In determining the level of accessibility for individuals with disabilities accessing academic library websites at public universities, this study collected data starting in 2019 and continued through the global pandemic in 2020 and 2021. The intent is to demonstrate the importance of digitally accessible library websites for students and others with disabilities. *  Yan Quan Liu is Professor of Library and Information Science at Southern Connecticut State University, email: liuy1@southernct.edu; Arlene Bielefield is Associate Professor of Library and Information Science at Southern Connecticut State University, email: Bielefielda1@southernct.edu; Jennifer Beckwith is an MLIS Graduate of Southern Connecticut State University and a Children’s Librarian at Guilford Free Library, email: 406jenn@ gmail.com. ©2024 Yan Quan Liu, Arlene Bielefield, and Jennifer Beckwith, Attribution-NonCommercial (https:// creativecommons.org/licenses/by-nc/4.0/) CC BY-NC. mailto:liuy1@southernct.edu mailto:Bielefielda1@southernct.edu mailto:406jenn@gmail.com mailto:406jenn@gmail.com https://creativecommons.org/licenses/by-nc/4.0/ https://creativecommons.org/licenses/by-nc/4.0/ ADA Digital Accessibility on Academic Library Websites 167 Literature Review Research on the accessibility of websites can be found everywhere in the world. Website inac- cessibility errors significantly affect users with disabilities. In their 2018 study, Acosta-Vargas, Acosta, and Lujan-Mora3 used the Web Accessibility Evaluation Tool, WAVE4 to study Latin American University websites and found that many of them lack accessibility in one key area—alternative image text. In a 2019 qualitative study conducted by Mulliken,5 eighteen blind library users tested an academic website using screen readers, a common assistive technology.6 One of the results from the study demonstrated that screen readers significantly increase the amount of time needed for disabled students to access information. A task that would take a few minutes for the nondisabled person to complete took upwards of 20 to 30 minutes7 for an individual with disabilities to complete. Even with a screen reader, a student with a degree of low vi- sion would need much more time to complete something as simple as an essay question and could quickly fall behind. Cassner, Maxey-Harris, and Anaya8 reviewed public academic library websites for us- ability with people with disabilities as the end users. Focusing specifically on the topic of accessibility, the topics they explored were the library services offered or which should be offered for easily locatable services or items from library websites. Their recommended general guidelines of accessibility were: ease of website navigation, a friendly welcoming website, and a site that is designed with accessibility for end users versus staff.9 Liu, Bielefield, and McKay in their 2018 study examined 122 library homepages of Urban Library Council [ULC] members and found that only 7 homepages presented as error free when tested for compliance with the Section 508 standards.10 Following this examination, Liu led another team probing private colleges in 2020.11 This evaluation indicated that although errors described as missing form label still occur on these websites, other known accessibility errors and issues have been significantly improved compared to the results found five years earlier. Susan B. Asselin stressed the importance of knowledge in the area of learning/assistive technologies for the success of students with disabilities.12 She believes that the accessibility of these technologies gives the student necessary flexibility and addresses their unique needs to successfully learn in the ever-growing digital academic environment.13 Relevant studies and articles indicate recommendations for improving digital accessibility through training and updated information. Library staff members must be better informed through training sessions to understand the updates of ADA law and assistive technology advancements. For web designers, ADA accessibility should be included in the development of websites. Accessibility, usability, and inclusion must be considered with the current and well-established guidelines such as WCAG. Deque University14 offers accessibility training and certification on their website, www.dequeuniversity.com. Professional organizations such as International Association of Accessibility Professionals (IAAP) are also leading the way for certifications including resources, membership, and international chapters.15 The related literature shows accessibility is never over and done with; it is a constantly evolv- ing responsibility. In light of the global pandemic, critical work, along with continued improve- ments in technology and employee training, should provide greater digital accessibility for all. Legal Implications Disabilities are not just physical but can also be mental. An individual with a disability can http://www.dequeuniversity.com 168 College & Research Libraries March 2024 be defined as a person who has a physical or mental impairment that substantially limits one or more major life activities; has a record of such impairment; and/or is regarded as having such impairment. Being disabled, one can acquire employable skills and tools, but without accessible places of employment, it can be a struggle to support oneself and gain personal independence. The inception of the ADA made way for individuals with disabilities to lead independent lives that would not segregate them from working, living, and accessing the physical world along with their nondisabled peers.16 Until recently, many plaintiffs with disabilities had a difficult time gaining access to most websites.17 Even now, despite the uptick of litigation and the requests for clarification, there is no clear legal resolution to the issue of cyberspace being a public place of accommodation.18 Websites and online communications based on the fundamentals of availability ought to appear accessible to all.19 In 2019 there was some movement in the legal discussion of digital space as a public arena of accommodation. At that time, however, the U.S. Supreme Court declined to hear an appeal from Domino’s Pizza Inc. [Domino’s Pizza v. Robles] over its website and mobile app and whether they were required to comply with federal disability law.20 In short, it was deemed that all websites with physical public locations must be accessible to disabled citizens. During the inception of the ADA in 1990, Section 508 was written without digital ac- cessibility in mind. Given the current digital world, an update was needed. The “Refresh of 2018” began in January 2017 when revisions and court interpretations gave way to updated requirements for information and technology to Section 508.21 The Refresh became effective on January 18, 2018.22 The major requirements included in the Refresh were: the functionality of the web page, accessibility for individuals with disabilities, and keeping pace with advances in technology.23 The Refresh also included how software, operating systems, and the equip- ment interact with assistive technologies.24 The Internet does not have geographic borders and can be accessed globally. With global accessibility in mind, the Refresh of 2018 incorporated the global standards from the Web Content Accessibility Guidelines under the federal guidelines. These global standards are more commonly known as WCAG 2.0 under the W3C. Section 508 was now using recognized and accepted global standards of practice for accessibility, including giving clarity on the use of assistive technologies, and creating and displaying accessible content on the web.25 Research Design and Methodologies As a continuing effort from earlier studies of the ADA and digital accessibility on ivy league library websites26 and urban public libraries websites,27 this study combined quantitative and qualitative content analysis to examine the library websites of 100 Top Ranked U.S. Public Universities and Colleges from U.S. News and World Reports.28 A population sample this size would allow for the review of a broad range of colleges and universities with various student body sizes from across the United States, plus be large enough to examine trends and patterns within the results. In this way, the results of the study would impact a larger number of students. Globally recognized website evaluators, WAVE & AChecker, evaluate a website’s accessi- bility by checking its HTML and XML codes. Both WAVE and AChecker aim to check websites against Section 508 standards and WCAG 2.0 guidelines. Studies that successfully identify website accessibility issues using WAVE can be seen in Challenges to Assess Accessibility in Higher Education Websites: A Comparative Study of Latin American Universities29 and Evidence of Our Values: ADA Digital Accessibility on Academic Library Websites 169 Disability Inclusion on Library Instruction Websites in 2018.30 A recent study using AChecker to evaluate website accessibility can be found in Journal of King Saud University—Computer and Information Sciences titled Accessibility of Indian Universities’ Homepages: An Exploratory Study written by Ismail and Kuppusamy.31 Data collection occurred over an extended period from 2000 to 2015 in a review of digital accessibility at universities in India.32 In this study, each library’s home webpage was put into the WAVE and AChecker tools and outcomes for the number of total accessibility errors were recorded. After the data was collected, Excel spreadsheets were used to record precise data in a custom-designed code- book. Each of these randomly selected errors was recorded, calculated, and reviewed, with recommended options to fix them. The objectives were to identify errors using Web Content Accessibility Guidelines along with human evaluation and observation of web content, and then pinpoint them into these categories: reported errors, contrast errors, alerts, features, and structural elements. WAVE and AChecker found errors that were labeled differently; in WAVE as reported errors and in AChecker as known problems. For the simplicity of this research study and limitation of time, data from the tabs reported errors and known problems were compiled and the specific errors: missing form label and low contrast under WAVE and img element missing alt attribute and id attribute were not unique under AChecker were randomly selected and quantified. FIGURE 1 Overall Errors of University Library Websites reported by Website Evaluators https://www.sciencedirect.com/science/journal/13191578 https://www.sciencedirect.com/science/journal/13191578 170 College & Research Libraries March 2024 Research Findings Samples of accessibility errors were reviewed, tabulated, and analyzed in this study indicating there are continued obstacles to accessibility despite the Refresh of 2018. Accessibility errors continue to be a major issue on most university library websites. While WAVE and AChecker report issues differently, the online tools give out a similar percentage of the overall error-free count. Both evaluators employ the global WCAG standards to run their error reports with independent algorithms and programming parameters, but both reach similar conclusions. Overall error reporting results from WAVE and AChecker indicated that 80 percent and 81 percent of public university academic libraries had accessibility errors under WCAG 2.0 (Level A) guidelines [See Figure 1] and conversely 20 percent and 19 percent respectively were error-free. Software overlap in error-free data was found in two universities: Montclair State University and University of Wyoming. Top Major Error In WAVE, the missing form label error means “a form control does not have a corresponding label.”33 In Section 508, missing form label is defined as a text label for a form control is missing or hidden.34 Form labels provide important descriptions for screen readers and help disabled users navigate around a page and perform simple tasks like searches and data input. If there is no associated text label, screen readers will not read what is on the screen and disabled users will be unable to input information. The missing form label error repre- sents a failure of basic website accessibility and creates a deterrent to academic success and independent learning for individuals with disabilities. Statistics from the data set analyzed by WAVE indicated that 38 percent of schools had the missing form label error and 62 percent did not. Figure 2 displays the percentage of the webpages with errors in ascending order. The reported errors ranged from less than 1 percent to 10.71 percent as the highest. In terms of the mean, it was 1.12 of missing form labels per school; in terms of num- FIGURE 2 Missing Form Label Percentage in Ascending Order ADA Digital Accessibility on Academic Library Websites 171 bers, the lowest count was 1 and the highest individual count at 12 was the University of Pittsburgh. WAVE’s recommendation to correct or avoid the missing form label error is: “If a text label for a form control is visible, use the