Is Nigeria Ready for the Next Ebola Outbreak? Start With Its Campuses.

I will implore you to allow me to whet your imaginations with this hypothetical situation. Imagine with me for a minute: a final-year student returns to campus feverish and exhausted after travel, returning to a room she shares with four other people, to a corridor tap that has been dry for days, and to the shared toilet tightly locked because it cannot be flushed. Imagine that the only campus clinic in her school has very few overstretched doctors and absolutely no isolation room should push come to shove. Imagine that, from merely feeling feverish, it becomes a full-blown health crisis. The question is: in the middle of such a high-risk situation requiring speedy intervention, what systems of help are available? While nothing described in this scene is specifically Ebola, it is still very pertinent to explore the overarching message being preached, as it allegedly depicts very clearly the state of most, if not all, public educational centres. In 2014, Nigeria proved it could stop a high-consequence virus. However, in the face of the recent confirmation of the new Bundibugyo Ebola virus strain in Abuja as of the 20th of October, the harder question is what happens when a country such as ours meets the next outbreak in places where basic infrastructure is unreliable. Preparedness is not only the business of hospitals and emergency agencies. It is built, or eroded, by everyday infrastructure, institutional accountability, public trust and surveillance, long before an emergency arrives. The question is not whether Nigeria can repeat the success of 2014, but whether the ordinary systems that made 2014 possible are being maintained. Let me take you on a brief detour back to 2014. A real success, and what made it one On 20 July 2014, Patrick Sawyer, a Liberian-American official, collapsed at Lagos airport and was taken to a private hospital, where he was diagnosed with Ebola; he died days later. The response was fast. Nigeria activated an emergency operations centre, designated treatment facilities, confirmed cases in laboratories, and traced 894 contacts, with roughly 18,500 face-to-face monitoring visits, according to the US Centers for Disease Control and Prevention. Clinicians mattered too: Dr Ameyo Adadevoh and her colleagues kept Sawyer isolated despite pressure to release him, and she later died of the disease. Several early infections occurred among people who cared for him, which is why infection control in the first hospital, and not only in the community, shaped how far the virus travelled. The outcome was 20 reported cases (I must be quick to mention here that sources differ on how many were confirmed rather than probable) and eight deaths, including Sawyer. Most cases were in Lagos; a smaller chain emerged in Port Harcourt. On 20 October 2014, after 42 days without new transmission, the World Health Organization declared Nigeria free of Ebola, calling it a “spectacular success story”. Door-to-door education reached tens of thousands of households near patients, and daily symptom checks kept contacts visible to the system rather than lost in Lagos’s crowded neighbourhoods. This was competence, not luck. It rested on rapid identification, tracing, isolation, coordination among Nigerian authorities and partners including WHO, CDC and UNICEF, and surveillance capacity inherited from earlier public-health campaigns. But it was one imported chain of cases, met by a mobilised system. Historical achievement is not present-day preparedness. The question is: is Nigeria prepared for this round 2 fight against Ebola? As you answer this question, consider the overcrowded nature of the average public school. Consider the poor sanitation, the highly understaffed school clinics, the absence of basic amenities. And by yourself reach an appropriate conclusion. Understanding Ebola Ebola spreads through direct contact with the blood or body fluids of a symptomatic person, or with materials contaminated by them, entering through broken skin or mucous membranes. It does not spread through the air in the way measles or influenza does. Infection is amplified by unsafe clinical procedures, inadequate protective equipment, delayed recognition, unsafe caregiving and unsafe burials. Outbreaks begin when the virus passes from wildlife, such as bats or primates, to people who handle or consume infected animals. Survivors can, in some cases, carry the virus in body fluids such as semen for months, which is why recovery does not end public-health follow-up. So, while I agree that a crowded lecture hall does not, by itself, establish an Ebola transmission route, and that the mere absence of soap does not automatically cause infection, water, soap, cleaning, protective equipment, safe clinical practice and isolation play different but important complementary roles. My argument here is narrower: crowding and unreliable infrastructure make it harder to spot a suspected case, separate them, run safe clinical workflows and communicate instructions. They weaken the response, not the biology. However, where evidence is context-dependent, as it is for how campus conditions would alter an actual outbreak, it should be stated as uncertain, and this article does so. Lack of adequate water supply as a public-health failure Reliable water and soap are infrastructure, not conveniences. They underpin routine hygiene, control of gastrointestinal disease, safer clinics and the daily discipline on which infection-prevention guidance depends. Yet in the heat of a fresh detection of a new Ebola strain, I’ve seen nothing pointing to a much-needed widespread national audit of university WASH (water, sanitation and hygiene). A 2024 assessment of halls of residence at six South-West public universities found hygiene facilities in the “limited service” category at every campus, safely managed sanitation ranging from none to all across institutions, and 63 per cent of students relying on packaged water. A study of three Lagos tertiary institutions found only 37 per cent of respondents had access to handwashing materials. Researchers at Benue State University described handwashing provision at strategic locations as insufficient, and an earlier Obafemi Awolowo University study reported shared toilets and bathrooms serving roughly 21 to 27 students each. While none of this shows that such campuses would turn an imported case into an epidemic, it proves that when proper health-friendly guidance cannot be followed because the water tap is dry, institutions lose the margin for error that early detection and risk communication need. Crowding is not one problem Overcrowding affects different things differently. In hostels it strains toilets, water and waste disposal. In clinics it stretches staff who must still notice the one student whose illness is not routine. In an emergency it complicates referral, communication, evacuation and the improvisation of isolation space, and it threatens teaching continuity if classes are suspended. Each pressure is distinct, and each needs a distinct remedy rather than a single slogan about decongestion. Pathogens also differ. COVID-19 spreads through respiratory particles, so crowded, poorly ventilated rooms matter directly. Cholera and typhoid travel through contaminated water and food, so sanitation failure matters directly. Ebola requires contact with infectious fluids, so crowding matters chiefly by impeding detection, separation and safe management. The test is not whether crowded universities are dangerous (I will not be commenting on that today) but whether such institutions with such peculiarities can implement the specific measures a given pathogen demands. A campus that cannot find a spare room cannot isolate anyone. COVID-19 taught the same lesson from the other direction: ventilation, distancing and testing mattered there, whereas for Ebola the decisive assets are isolation capacity, protective equipment and tracing. The two diseases should never be conflated, but both reward institutions that can act quickly. Success is determined long before the clinic walls One Health recognises that human, animal and environmental health are linked, and most emerging infections are zoonotic. Veterinary professionals investigate unusual animal deaths, advise on handling wildlife, support safe practice in livestock and animal-trade settings, educate communities, and share findings with public-health laboratories. Surveillance must be risk-based and scientifically justified, run by trained professionals with suitable protocols. It does not mean testing every animal, and it does not mean every animal carries Ebola. Nigeria has a framework. Its National One Health Strategic Plan (2019–2023), signed by the ministers of health, agriculture and environment, is coordinated through the NCDC. The test is implementation: reporting of sick or dead wildlife, community education, and data-sharing between veterinary and human-health systems. Universities with veterinary, agriculture and medical faculties are well placed to serve as sentinel and training sites. A framework that can be audited The following are my proposals even as Nigeria navigates this peculiar season. They are sequenced and are a long-term plan to help the nation navigate any similar future occurrence: audit first, fix priorities second, build third. WASH minimums. The Federal Ministry of Education, National Universities Commission and state ministries, working with the NCDC and water and sanitation authorities, should require independent, unannounced inspections and public institutional scorecards, funded through ring-fenced maintenance budgets and Tertiary Education Trust Fund (TETFund) allocations. After this inspection, supply aid as is applicable to each situation. This improves the capacity to follow any guidance, not just Ebola transmission specifically. Outbreak plans. University councils should adopt written plans covering recognition, reporting, referral, communication, protective equipment, drills and post-incident reviews. Clinics should not manage high-consequence diseases; their role is prompt recognition, safe initial assessment, temporary separation, notification of the state epidemiologist and NCDC, and referral to designated centres. Remote-learning contingencies. Activation should follow a public-health authority’s advice, with published criteria for starting and ending, and provision for data costs, electricity, devices, disability access, practical courses and poorer households. Online teaching is not a universal answer to Ebola, which does not spread through classrooms; it is a proportionate tool, should a need arise, for educational continuity and, where relevant, reduced occupancy. Hostel reform. Publish occupancy audits; enforce occupancy and fire-safety standards; rehabilitate existing hostels first, then add capacity through public funds and public-private partnerships with affordability caps. Closing overcrowded hostels outright would push students into costlier private housing, so no displacement should occur without alternative accommodation. Health centres and surveillance. Link clinics to state epidemiologists, the NCDC, laboratories and designated referral hospitals; train staff; stock protective equipment; and report through existing disease-surveillance channels while protecting confidentiality and preventing stigma. Sequencing and money. In year one, run baseline WASH and occupancy audits and write outbreak plans. By year three, fund priority repairs and clinic links through TETFund, state budgets and development partners. Beyond that, build capacity. Publish progress annually so that universities, regulators and students can hold one another accountable. The next test for our nation Nigeria’s 2014 victory was earned, and it deserves its place in public-health history. But victories decay unless the ordinary systems behind them are maintained. The next outbreak may not be Ebola, and it will not announce itself at a well-prepared airport. It may arrive as a fever in a hostel room, beside a tap that does not run. Whether that student is recognised, separated and referred within hours is a question of infrastructure, accountability and trust. It can be answered before the emergency begins. Resilience is a habit, and habits are built in ordinary years.

By Ogunleye Covenant