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On March 13, 2020, President Donald Trump declared a national emergency due to the health risks of contracting COVID-19. School closures affected more than 1.5 billion students globally, leading school districts to transition to distance learning to meet students’ educational needs (“The evolution,” 2020). As a result, education has changed drastically with the remarkable rise of e-learning, a form of distance learning where teaching is done remotely and on digital platforms. While COVID-19 has brought distance learning to a much wider audience, leading to contingency planning and becoming an unexpected solution for some students, it has also uncovered significant systemic problems and given some a negative outlook on distance learning.

Nova Southeastern University, 3301 College Ave., Fort Lauderdale, FL 33314.

Nova Southeastern University, 3301 College Ave., Fort Lauderdale, FL 33314.

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Due to COVID-19, the transition to distance learning was quick but not necessarily effective, exposing systemic problems, such as lack of resources for some students and the growing digital divide. Black and Hispanic students, especially those in low-income households, were disadvantaged due to a lack of high-speed internet (Anderson & Perrin, 2020). Students who live in rural communities also struggled when transitioning to distance learning because of the lack of access to a computer or other electronic devices, as Figure 1 suggests (Anderson, 2020).

Figure 1
A bar graph titled Percentage of Students Sharing Devices with y-axis labeled 0 to 70 percent. The x-axis is labeled number of students sharing devices, 1 to 10 percent, 11 to 50 percent, and more than 50 percent students sharinf devices.The bar graph displays data on students sharing devices, with the vertical axis representing the percentage of students from zero to seventy percent in ten percent increments. The horizontal axis has four categories: No students sharing devices, 1 to 10 percent students sharing devices, 11 to 50 percent students sharing devices, and More than 50 percent students sharing devices. Within each category, there are four bars representing different percentages of low income students. The legend at the bottom of the graph indicates that the bars correspond to 25 percent or less low income students, 26 percent to 50 percent low income students, 51 percent to 75 percent low income students, and More than 75 percent low income students. The bars show a general trend of a lower percentage of students sharing devices in schools with a lower percentage of low income students. The data shows that in the More than 50 percent students sharing devices category, the bar for More than 75 percent low income students is the highest.

Percentage of students sharing devices.

Figure 1
A bar graph titled Percentage of Students Sharing Devices with y-axis labeled 0 to 70 percent. The x-axis is labeled number of students sharing devices, 1 to 10 percent, 11 to 50 percent, and more than 50 percent students sharinf devices.The bar graph displays data on students sharing devices, with the vertical axis representing the percentage of students from zero to seventy percent in ten percent increments. The horizontal axis has four categories: No students sharing devices, 1 to 10 percent students sharing devices, 11 to 50 percent students sharing devices, and More than 50 percent students sharing devices. Within each category, there are four bars representing different percentages of low income students. The legend at the bottom of the graph indicates that the bars correspond to 25 percent or less low income students, 26 percent to 50 percent low income students, 51 percent to 75 percent low income students, and More than 75 percent low income students. The bars show a general trend of a lower percentage of students sharing devices in schools with a lower percentage of low income students. The data shows that in the More than 50 percent students sharing devices category, the bar for More than 75 percent low income students is the highest.

Percentage of students sharing devices.

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Online learning and teaching, according to research, are effective only if students have consistent access to the internet and computers. Additionally, teachers must receive targeted training and support for online instruction. However, because the transition to distance learning is happening so quickly, these requirements were not present during the pandemic. The lack of resources and support has caused teaching and learning to be negatively impacted, leading to a negative outlook from several stakeholders (Li & Lalani, 2020).

The threat of future pandemics and economic disturbances highlights the need for effective distance education to prepare for the next global health emergency and bridge the longstanding socioeconomic and educational gap. Research shows that a lack of contingency planning worsens the impacts on learning of recessions, natural disasters, and pandemics. Education policy has mostly ignored research on education in an emergency because it did not seem to apply to rich countries (Garcia & Weiss, 2020, p. 16).

Contingency planning thus needs to be institutionalized and include emergency funding to replenish the resources drained during an emergency. Educational budgets may be cut after emergencies arise due to the economic shock, as shown in Figure 2 (Garcia & Weiss, 2020, p. 17). Thankfully, because of COVID-19, many school districts have developed permanent virtual options, creating an opportunity for families to continue with distance learning, even for younger children.

Figure 2
A horizontal bar chart is titled Change in District Spending with y-axis is labeled significant reductions, minor, reductions, no change, increases, and significant increases. The x-axis is labeled 0 to 45 percent.The horizontal bar chart presents data on changes in district spending with percentages along the horizontal axis in 5 percent increments from 0 percent to 45 percent. The vertical axis lists five categories: Significant reductions, Minor Reductions, No change, Minor increases, and Significant increases. The bar for Significant reductions extends to approximately 17 percent. The bar for Minor Reductions extends to approximately 40 percent. The bar for No change extends to approximately 34 percent. The bar for Minor increases extends to approximately 4 percent. The bar for Significant increases extends to approximately 3 percent.

District change in spending since COVID-19.

Figure 2
A horizontal bar chart is titled Change in District Spending with y-axis is labeled significant reductions, minor, reductions, no change, increases, and significant increases. The x-axis is labeled 0 to 45 percent.The horizontal bar chart presents data on changes in district spending with percentages along the horizontal axis in 5 percent increments from 0 percent to 45 percent. The vertical axis lists five categories: Significant reductions, Minor Reductions, No change, Minor increases, and Significant increases. The bar for Significant reductions extends to approximately 17 percent. The bar for Minor Reductions extends to approximately 40 percent. The bar for No change extends to approximately 34 percent. The bar for Minor increases extends to approximately 4 percent. The bar for Significant increases extends to approximately 3 percent.

District change in spending since COVID-19.

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Distance learning may be a good option for those who face challenges such as social anxiety because online interactions are often seen as less intimidating. It may also be viable for families where guardians like the idea of homeschooling but still want a connection to a formal program (Bombardieri, 2021, p. 10). However, the flexibility allows them to participate anytime and anywhere as long as there is an Internet connection. Research on homeschooling shows that it works well for students who have intention, personalized, and sufficient resources (Garcia & Weiss, 2020, p. 2).

A student who is often out of school for reasons such as chronic illness will have an option to stay connected with the adoption of cameras in the classrooms. Schools disrupted by natural disasters such as blizzards or wildfires will have a fallback.

Distance learning has gone from an often overlooked option in the learning and training community to the norm for many learners.

Even before COVID-19, education technology was already high growth and adopted. The overall market for online education is projected to reach $350 Billion by 2025. Whether video conferencing tools or online learning software, there has been a significant surge in usage since COVID-19 (Li & Lalani, 2020). Distance learning has become mainstream and gained popularity by showing that it is more convenient and inclusive for learners and increases access to high-quality learning materials. Research suggests that distance learning has been shown to increase retention of information, with students retaining 25– 60% more materials when learning online and taking less time (Li & Lalani, 2020).

COVID-19 created a great opportunity. With a worldwide focus on distance learning, it will continue to improve. The future will likely include a hybrid education model that blends in-person classes with distance learning for a more flexible experience.

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