Since December 2019, the coronavirus disease 2019 (COVID-19) epidemic has swept the world, causing widespread burden and increasingly hospitalizations (Wu and McGoogan 2020; Zhu et al. 2020). While public health and healthcare officers rushed to identify and control the unfolding of the virus, information was spreading uninhibitedly over traditional and social media platforms at a strikingly rapid pace. Both the impact of the disorder, and the dearth of information associated with it, permitted medical misinformation to unexpectedly appear and propagate on numerous social media platforms. Previous reports have highlighted a similar trend during recent public health emergencies, namely the Ebola and Zika outbreaks (Miller et al. 2017; Oyeyemi et al. 2014). Such a misinformation phenomenon is alarming for both men and women and public health organisations to such an extent that governing bodies are realizing its gravity and attempting to limit its effects (Chou et al. 2018; Larson 2018). Distortion can be defined as a “claim of truth which is presently false because of lack of clinical evidence” (Raina and Merchant 2018). It propagates without constraints, does not entail any curation or peer-review, and does not require any professional verification. This allows it to propagate on social media and be amplified in the data silos and echo chambers of personally tailor-made content, specifically during times of public anxiety such as the contemporary COVID-19 pandemic (Zarocostas 2020). The Chinese government has given top priority to the safety of people’s lives and health, and taken the prevention and control of COVID-19 epidemic as the most important activity at present. To control the COVID-19 outbreak, the National Health Commission of the People’s Republic of China, along with the National Administration of Traditional Chinese Medicine and some other relative organizations, have organized experts to issue and update guidelines for COVID-19 diagnosis, treatment, prevention, and control in a timely manner. The guidelines were written based on the study, analysis, and summary of the treatment of previous coronavirus cases, and are used to guide medical staff and public health workers in China to better understand, prevent, and treat COVID-19 (Lipsitch et al. 2003). The risk of serious illness from COVID-19 increases with age. The highest rate of fatalities is among older people, particularly those with other serious health conditions or a weakened immune system. There is currently no cure or vaccine for COVID-19, or immunity in the community (Sohrabi et al. 2020). As COVID-19 is a newly identified pathogen, there is no known pre-existing immunity in humans. Based on the epidemiologic characteristics observed so far in China, everyone is assumed to be susceptible, although there may be risk factors increasing susceptibility to infection. This requires further study, as well as to know whether there is neutralizing immunity after infection (Singhal 2020). The unexpected and near-constant flow of news reviews about a virulent disease can cause all and sundry to feel worried. Get the facts, not the rumors and misinformation. Gather facts at regular intervals, from the WHO website and local health authority platforms, in order to help you distinguish facts from rumors. Facts can help to decrease fears (Mission 2020).

The purpose of this study is to identify levels of anxiety and depression related to precautions for prevention of COVID-19, and to identify the relationship between various variables and depression and anxiety. In addition, the value of this study is aimed at focusing on the mental or psychological status of people or society in confronting the new COVID-19 infection, which is an issue all over the world as the pandemic health crisis develops.

Research methodology

The study is a descriptive cross-sectional study; data were collected by using the questionnaire via a mobile phone application in the Kurdistan Region of Iraq from 25 March, 2020 to 5 April, 2020; the sample size was 894 after deleting 20 cases because of duplicates. The questionnaire consists of three main parts. Part one is related to the sociodemographic characteristics of the participants, which include: age, sex, place of residence, marital status, religion, family income status, level of education, occupation, monthly income, and Kurdish government prevention measures. The second third parts consist of items related to depression and anxiety about COVID 2019 using a 5-point Likert Scale (1 = of course no, 2 = no , 3 = normal for me, 4 = yes, and 5 = of course yes). Data were analyzed using SPSS V.25. Descriptive analysis was reported as frequency, percentage, and mean scores. Independent sample t-test and one-way ANOVA were used to analyze the relationship between the dependent (depression and anxiety), and independent variables (demographic characteristics of the participants). Spearman’s correlation was used to assess the relationship between mean depression and anxiety scores. All the differences of estimated variables were considered statistically significant if < 0.05. Inclusion criteria included all population in the area who desired to participate and exclusion criteria included all people who did not respond or refused to participate. The researcher obtained permission from the ethical and scientific committee of the College of Education at Salahaddin University-Erbil. Before starting the main study, the researchers conducted a pilot study with 25 cases to ensure the validity of the questionnaires; they also used Cronbach’s alpha (0.73) to assess the consistency of the data (Blbas 2019).


Table 1 shows the details of the sociodemographic characteristics of the participants. The majority of the participants were male (58.4%), and the most frequent age group was 20–29 years (40.7%), with an average age of 33 years. The majority of the respondents were from Erbil (58.8%), and about 63% of them had a university education, with the highest number being government employees (41.7%). The respondents considered curfew to be the best way to fight coronavirus (22.9%) used by Kurdistan government, followed by quarantine (21.2%), closing of road between cities and even inside cities (17%), hospital preparation (15%), use of thermal cameras (12.6%), and checkpoints (11.4%).The average income level was 726,000 Iraqi dinars.

Table 1 Sociodemographic characteristics (n = 894)

Table 2 shows the level of depression about COVID19. The highest level of participants in the survey (88.14% with a mean score of 4.17) were depressed because of people's lack of knowledge about how to protect themselves from the virus, followed by false information from different types of media (85.90%), the lack of a vaccine even though they have tried to find drugs (80.20%), different novel or explanation (72.26%), and they became a robot to know the final information (50.04%) about COVID-19.

Table 2 Depression of healthcare people toward COVID-19

Table 3 shows responses related to anxiety about COVID-19. The issues of shopping and contact with infected people caused the highest level of anxiety (97% with mean score of 4.62) followed by financial problems (97%), shortages of cleansing items and foods in the bazaar (93.8%), their families becoming infected (87.6%), lack of proper hygiene maintenance (86.7%) and so on, while the issue casuing them least anxiety was being in quarantine (30.5%).

Table 3 Anxiety of healthcare people toward COVID-19

Table 4 shows a significant association between gender, age, and place of residency and anxiety (p-value: 0.001, 0.006, 0.008), and a significant association between gender, marital status, and education level and depression (p-value: 0.03, 0.03, 0.04 ). However, there is a non-significant association between marital status, level of education, occupation, and income and anxiety as (p-value: 0.165, 0.448, 0.456, 0.836); there is also a non-significant association between age, place of residency,occupation, and income and depression (p-value: 0.175, 0.44, 0.363, 0.446).

Table 4 Relationship between both (overall depression and overall anxiety) separately and demographic variables about COVID-19

Data were expressed as mean, SD (standard deviation). Independent Sample t-test and one-way ANOVA were tests used to a comparison between demographic characteristics with the score of depression and anxiety, * p < 0.05.


The findings of the study revealed that a majority of the participants had depression (88.14%), while 97% of them had anxiety because of multiple factors such as false information from media, no clear characteristics of virus and its effects, and there being no final vaccine or drugs for COVID-19. These findings were similar to a WHO report which mentioned that a near-constant stream of news reports about an outbreak can cause anyone to feel anxious or distressed. Iit was recommended to seek information updates and practical guidance at specific times during the day from health professionals and the WHO website, and to avoid listening to or following rumors that make you feel uncomfortable (Bedford et al. 2020). This finding was echoed by a report from which said that fears about COVID-19 can take an emotional toll, especially if you’re already living with an anxiety disorder [Smith and Robinson (2020)]. But you’re not powerless. These tips can help you get through this stressful time (Jernigan 2020). In our opinion, people have depression and anxiety in such pandemic health crises because of fear from death and in order to protect themselves from the diseases: we think that a low level of such feelings are normal, but severe depression and anxiety may be not normal and require invention from a psychologist. Other findings of the study indicated that there was a significant association between gender and depression and anxiety, and also between age, place of residence, and overall anxiety (this would be expected especially during such a health crisis as COVID-19). There was no significant association between anxiety and other variables such as marital status, education level, occupation, and income. The was also no significant association between depression and the variables age, place of residency, occupation, and income. It may be assumed that this is because all people have anxiety and depression during such pandemic health crisis without any differences between rich and poor, and independent of place of residency, occupation and other variables because this infectious disease is aggressive and its onset included all levels of population as mentioned in WHO report guidelines 2020 (Jiloha 2020).


The findings of the study indicated that the majority of the participant were depressed and had anxiety about COVID-19; there was a significant association between anxiety and gender, age, and place of residence, and no significant association between anxiety and (education level, marital status occupation, income and anxiety). There was significant association between (gender, marital status, and education level) with depression, while no significant association between (age, place of residency, occupation and income with depression).