
==== Front
BMC Public Health
BMC Public Health
BMC Public Health
1471-2458
BioMed Central London

39227856
19843
10.1186/s12889-024-19843-6
Research
The prevalence and related factors of post-partum anxiety and depression among mothers during COVID-19 pandemic in 2021
Salimian Masoomeh 1
Tarrahi Mohammad Javad 2
Dadkhahtehrani Tahmineh tdtahmineh1400@gmail.com

3
Pirhady Masoumeh 3
1 https://ror.org/04waqzz56 grid.411036.1 0000 0001 1498 685X School of Health, Isfahan University of Medical Sciences, Isfahan, Iran
2 https://ror.org/04waqzz56 grid.411036.1 0000 0001 1498 685X Department of Epidemiology and Biostatistics, School of Health, Anesthesiology and Critical Care Research Center, Isfahan University of Medical Sciences, Isfahan, Iran
3 https://ror.org/04waqzz56 grid.411036.1 0000 0001 1498 685X Nursing and Midwifery Research Center, Isfahan University of Medical Sciences, Isfahan, Iran
3 9 2024
3 9 2024
2024
24 239419 5 2024
21 8 2024
© The Author(s) 2024
2024
https://creativecommons.org/licenses/by-nc-nd/4.0/ Open Access This article is licensed under a Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International License, which permits any non-commercial use, sharing, distribution and reproduction in any medium or format, as long as you give appropriate credit to the original author(s) and the source, provide a link to the Creative Commons licence, and indicate if you modified the licensed material. You do not have permission under this licence to share adapted material derived from this article or parts of it. The images or other third party material in this article are included in the article’s Creative Commons licence, unless indicated otherwise in a credit line to the material. If material is not included in the article’s Creative Commons licence and your intended use is not permitted by statutory regulation or exceeds the permitted use, you will need to obtain permission directly from the copyright holder. To view a copy of this licence, visit http://creativecommons.org/licenses/by-nc-nd/4.0/.
Background

There are many factors effective on occurrence of post-partum anxiety and depression. COVID-19 pandemic, as a major health crisis, affected many countries and had undesirable mental health outcomes, especially for the vulnerable population. The aim of this study was to evaluate the prevalence of post-partum anxiety and depression and their related factors during COVID-19 pandemic.

Methods

The present descriptive cross-sectional study was conducted on 360 mothers who delivered their child during COVID-19 pandemic and had referred to the comprehensive urban health canter of Lenjan city two months after their delivery (from November 10th, 2021, until March 19th, 2022). Data were gathered using 3 questionnaires including demographic characteristics, Edinburgh Postnatal Depression Scale (EPDS), and Beck Anxiety Inventory (BAI). Data were analyzed using SPSS software version 24 and the level of significance was set at p < 0.05.

Results

The prevalence of anxiety and post-partum depression was 27% and 20%, respectively. None of the demographic characteristics had a significant relationship with anxiety and depression. Related factors to post-partum anxiety included desired pregnancy, premenstrual syndrome, marital conflicts, history of mother’s hospitalization due to COVID-19, compliance rate with preventive health measures for COVID-19, stressful events, and social support.

Conclusion

It is suggested to screen mothers to detect significant related factors of post-partum anxiety and depression in other future pandemics or epidemics to support them.

Supplementary Information

The online version contains supplementary material available at 10.1186/s12889-024-19843-6.

Keywords

Post-partum depression
Anxiety
Premenstrual syndrome
Social support
COVID-19  Iran
Isfahan University of Medical Sciences, Iran, Islamic Republic Of3400547 3400547 3400547 3400547 issue-copyright-statement© BioMed Central Ltd., part of Springer Nature 2024
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pmcIntroduction

Post-partum blues is common among mothers and if it lasts more than 10 days, it would be called post-partum depression. Post-partum depression is a common but treatable problem with widespread effects on mothers and their families which is associated with feeling of sadness, inability to have pleasure, irritability, anger, and decreased self-confidence. Symptoms of this disorder are mood swings, changes in appetite, fear of getting hurt, serious concerns about the baby, extreme sorrow and crying, hesitation, concentration problem, becoming uninterested in daily activities, sleep disorder and death and suicidal thoughts [1]. This disorder would also lead to decrease the level of healthy relationship and attachment between mother and the infant, infant’s growth disorder, decreased level of mother’s health, permanent depression of mother and marital conflicts [2]. The risk of depression relapse following delivery has been reported as 40% [3]. The prevalence of this disabling disorder in the world has been reported from 5 to 60.8% [1]. According to the results of previous studies, the prevalence of post-partum depression varies in the world, in a way that, up to 2017, it was about 9.5% in high-income countries, 20.8% in average-income countries, and 25.8% in low-income countries [4, 5]. In 2020, in Asian countries, the prevalence of post-partum depression was reported from 7 to 33% [6]. Considering its high prevalence and harmful outcomes, post-partum depression has been recognized as one of the most severe global health problems during the past decade [3].

Evidence has shown that, following extensive prevalence of infectious diseases, psychological disorders would also appear. Psychological reactions to pandemics include inconsistent behaviors, emotional distress and defensive responses such as anxiety, fear, disappointment, anger, boredom, depression, stress, and avoidance behaviors [7]. COVID-19 pandemic was also a major health crisis; therefore, it could be expected that it would be associated with undesirable psychological outcomes especially in the vulnerable groups such as pregnant women [8]. The review articles by Usmani (2021) in Turkey showed that the prevalence of post-partum depression during COVID-19 pandemic was from 7 to 80.8% [9]. Also, in Romania, during the COVID-19 pandemic in 2020, this prevalence was 18.8% [10].

Anxiety is also an undesirable and vague feeling which usually appears in the form of concern and is defined as a sense of hesitation towards an unknown factor. This undesirable feeling could be associated with many physiologic, emotional and mental symptoms and be expressed in the form of a severe emotional feeling. Post-partum anxiety and anxiety disorders are common among women [1, 11]. According to a review article by Rujcumar (2020) in India, the prevalence of anxiety and depression among general population was 16–28% during COVID-19 pandemic, and were among the most common psychological problems [12].

Studies have that various factors have been related to anxiety and post-partum depression. For example, based on the systematic review by Usmani (2021), the risk factors for post-partum depression during COVID-19 pandemic were divided into 6 categories: social-demographic, psychological, previously existed psychological disorders, metabolic factors, abortion, and incorrect information from media [9]. Study by Xiong (2020) on post-partum mothers in China showed that the probability of anxiety and depression among mothers who were students, had background diseases, and had poor health conditions, was higher [13]. Gurudatt (2014) in their study reported higher prevalence of depression among working mothers during the first months following delivery in comparison to non-working mothers [14]. Probably, there were some other effective factors during COVID-19 pandemic.

Aim and objectives

Since, very few studies have been conducted in Iran about the prevalence of and related factors to anxiety and post-partum depression during COVID-19 pandemic and the effect of these disorders on the health of mothers and infants, such studies could lead to development of beneficial interventions during future pandemics/epidemies. Therefore, this study was conducted to evaluate the prevalence of and related factors to post-partum anxiety and depression during COVID-19 pandemic in Lenjan city of Isfahan Province, Iran in 2021.

Methods

Study design

This study was a descriptive cross-sectional study conducted on all mothers who had delivered during COVID-19 pandemic in 2021 and had referred to the comprehensive urban health center of Lenjan two months after delivery for the vaccination of their infants. Sampling was conducted from November 10th 2021 until March 19th 2022. This study was conducted after the start of vaccination of pregnant women (August 12th 2021) against COVID-19 in Iran.

Study sample

Since the number of births during 2020 in Lenjan was 3020 infants, the number of participants was calculated to be 360 individuals; using the following formula with a 30% expected prevalence and 5% error probability:

\documentclass[12pt]{minimal} \usepackage{amsmath} \usepackage{wasysym} \usepackage{amsfonts} \usepackage{amssymb} \usepackage{amsbsy} \usepackage{mathrsfs} \usepackage{upgreek} \setlength{\oddsidemargin}{-69pt} \begin{document}$${N} = {z}^{2} {pq}/{d}^{2}$$\end{document}

Study recruitment

Inclusion criteria	
mother’s willingness to participate in the study	
having Iranian nationality	
having no history of mental diseases	
no consumption of antidepressant and antianxiety drugs according to mother’s statements and information from SIB website	
having no history of drug addiction	
no abnormalities in the last infant	
having no history of infertility related to the last pregnancy	
Exclusion criteria	
not responding to more than 5% of the questions	

Data collection

In this study, the mothers were selected using random cluster multistage sampling method from comprehensive urban health centers of Lenjan city, Iran. It must be noted that there are 12 comprehensive health centers, 11 health bases, 21 health houses and 22 dependent villages in Lenjan city. From all the health houses and dependent villages which were 43 centers, 10 were randomly selected and from each health house, 4 to 5 participants were randomly selected and completed the questionnaires. Also, from a total of 23 health center and health base, 14 were randomly selected and from each, 16–28 mothers completed the questionnaires, based on the number of mothers who had delivered their infants there. So, mothers who have given birth and had two-month-old infants were enrolled in the study. For this matter, name of the mothers who had two-month-old infants or their infants would become two-month-old in the future was listed and a number was assigned to each of them. By dividing the number of mothers by the number of needed samples, the space between the samples was calculated. Then, by selecting a number from the calculated space from the list of the names and adding it to the calculated space between the samples, the number of the mothers who were intended for the study was achieved. When their infants reached the age of two months, mothers were invited for completing the questionnaires.

Instruments

Data were gathered using 4 questionnaires that were completed by the mothers in the presence of the researcher.

Demographic questionnaire

Demographic questionnaire included 7 items: age, education level, occupation, parity, husband’s education level, family income, and husband’s occupation.

Questionnaires of dependent variables (depression and anxiety)

Edinburgh Postnatal Depression Scale (EPDS) was applied to assess mothers’ depression. It has been used in various studies and its validity and reliability have been approved. This scale contains 10 multiple-choice questions which are scored from 0 to 3 based on a 4-point Likert scale, with a total number of 0 to 30. Higher total scores indicate higher level of depression and the threshold for depression is the score of 10. Scores of 10 to 16 indicate mild depression, 17 to 23 indicate moderate depression and 24 to 30 indicate severe depression [13, 15, 16]. Cronbach’s α for Edinburgh Scale was calculated through a validation study in Iran to be more than 0.7 and its reliability along with Beck Scale was 0.44 [17].

Beck Anxiety Inventory (BAI) was applied to assess mothers’ anxiety. It evaluates specifically the severity of symptoms of clinical anxiety in patients with 21 questions scored from 0 to 3 based on a 4-point Likert scale. The total score ranges from 0 to 63. The threshold for anxiety is the score of 8. Scores from 0 to 7 indicate no or low anxiety, scores from 8 to 15 indicate mild anxiety, scores from 16 to 25 indicate moderate anxiety and scores from 26 to 63 indicate severe anxiety [18]. Its Cronbach’s α was calculated to be 0.87 to 0.92, its validity was calculated as 0.75 using test-retest method after one week and the correlation of its items varied from 0.30 to 0.76. In present study, the data analyzer hade to concatenate the levels of depression and anxiety and reported tables included two rows (yes or no). In the rows related to anxiety and depression, “Yes” means that participant has mild, moderate, or sever status.

The questionnaire of independent variables

The questionnaire of independent variables included 12 variables nonrelated to COVID-19 pandemic (Table 1) and 12 variables related to COVID-19 pandemic (Tables 2 and 3). Out of first 12 variables, social support and stressful events of life were assessed by previously developed questionnaires. Social support questionnaire developed by Phillips et al. consists of 43 items scored from 1 to 4 (completely disagree- completely disagree) based on a 4-point Likert. The items of 3, 10, 13, 21, and 22 score reversely. Higher scores show more social support. Its reliability was confirmed in a study in Iran (Cronbach’s α 0.74) [19]. Also, stressful events of life were assessed by questionnaire of stressful events developed by Thomas Holms and Richard Rahe in 1976. This questionnaire includes 43 items scored from 1 to 4 (very mild- sever) based on a 4-point Likert. The scores 0-149, 150–199, 200–299, and 300 or more indicate very mild, mild, moderate, and sever stress respectively. It has a satisfying reliability (Cronbach’s α 0.79) as well as face and content validity. In Iran, its reliability was confirmed by calculating Cronbach’s α (0.72) and split – half method (0.64) in a study [20].

Table 1 The questionnaire of the compliance rate with preventive health measures for COVID-19

No	preventive health measures	Seldom
1	Sometimes
2	Frequently
3	Always
4	
1	handwashing with soap and running water					
2	The use of antiseptic agents for handwashing					
3	The use of face mask					
4	Covering your nose and mouth with your elbow or upper sleeve while coughing or sneezing					
5	Discarding your used tissue in rubbish bin soon					
6	The use of disposable plastic gloves when you are outdoors					
7	Maintaining the social distance more than 1 m with others					
8	Avoiding leaving you home for unnecessary affairs					
9	Avoiding going party					
10	Avoiding crowded or busy public places such as malls or big shopping centers					
11	Avoiding going to restaurants or coffee shops					
12	Avoiding pleasure trip or going to holly places to pray					
13	Avoiding using public transport (bus, subway, taxi…)					
14	Avoiding touching your face in public places					

Table 2 Relationship between the independent variables nonrelated to COVID-19 with post-partum anxiety and depression in the participants

Variables	Levels	Anxiety status	Statistical test	Depression status	Statistical test	
Non anxious
N (%)	Anxious
N (%)	Total
N(%)	λ2 Test	Non depressive
N (%)	Depressive
N (%)	Total
N(%)	λ2 Test	
Mode of delivery	NVD	95(70.40)	40(29.60)	135(100.00)	P = 0.472

λ2 = 0.517

	109(80.70)	26(19.30)	135(100.00)	P = 0.897

λ2 = 0.017

	
C/S	164(73.90)	58(26.10)	222(100.00)	178(80.20)	44(19.80)	222(100.00)	
Total N(%	259(73. 00)	98(2700)	357(100.00)	287(80.40)	70(19.60)	357(100.00)	
Intention status of recent pregnancy	Wanted	231(76.50)	71(23.50)	302(100.00)	P = < 0.001

λ2 = 13.039

	246(81.50)	56(18.50)	302(100.00)	P = 0.115

λ2 = 2.487

	
Unwanted	31(53.40)	27(46.60)	58(100.00)	42(72.40)	16(27.60)	58(100.00)	
Total N	262(73.00)	98(27. 00)	360(100.00)	288(80. 00)	72(20. 00)	360 (100.00)	
Desirability of infant’s gender	Yes	259(73.40)	94(26.60)	353(100.00)	P = 0.072

λ2 = 3.226

	283(80.20)	70(19.80)	353(100.00)	P = 0.567

λ2 = 0.328

	
No	3(42.90)	4(57.10)	7(100.00)	5(71.40)	2(28.60)	7(100.00)	
Total N	262(72.00)	98(27.00)	360(100.00)	288(80. 00)	72(20. 00)	360 (100.00)	
Preterm delivery in recent pregnancy	Yes	21(63.60)	12(36.40)	33(100.00)	P = 0.220

λ2 = 1.505

	26(78.80)	7(21.20)	(100.00)	P = 0.862

λ2 = 0.030

	
No	240(73.60)	86(26.40)	326 (100.00)	261(80.10)	65(19.90)	(100.00)	
Total N	261(0.73)	98(0.23)	359(100.00)	287(79.94)	72(20. 06)	359(100.00)	
Breastfeeding	Yes	242(73.30)	88(26.70)	330(100.00)	P = 0.550

λ2 = 1.197

	263(79.70)	67(20.30)	330 (100.00)	P = 0.816

λ2 = 0.407

	
No	20(65.50)	10(34.50)	30(100.00)	25(82.80)	5(17.20)	30 (100.00)	
Total N	262(73.00)	98(27.00)	360(100.00)	288(80. 00)	72(20. 00)	360 (100.00)	
Participation in Childbirth preparation classes	Yes	57(70.40)	24(29.60)	81(100.00)	P = 0.560

λ2 = 0.340

	66(81.50)	15(18.60)	81(100.00)	P = 0.736

λ2 = 0.114

	
No	204(73.60)	73(26.40)	277(100.00)	221(79.80)	56(20.20)	277(100.00)	
Total N	261(72.99)	97(27.01)	358(100.00)	287(80.17)	71(19.83)	358(100.00)	
History of premenstrual syndrome	Yes	142(66.00)	73(34.00)	216(100.00)	P < 0.001

λ2 = 35.435

	142(66.00)	73(34.00)	215(100.00)	P < 0.001

λ2 = 30.983

	
No	119(82.60)	25(17.40)	144(100.00)	119(82.60)	25(17.40)	144(100.00)	
Total N	261(72.50)	98(27.50)	360(100.00)	261(72.70)	98(27.30)	359(100.00)	
History of chronic diseases of the mother	Yes	33(68.70)	15(31.30)	48(100.00)	P = 0.518

λ2 = 0.419

	32(66.70)	16(33.30)	48(100.00)	P = 0.014

λ2 = 6.031

	
No	227(73.50)	82(26.50)	309(100.00)	254(81.90)	56(18.10)	310 (100.00)	
Total N	260(72.82)	97(27.18)	357(100.00)	286(80.11)	71(19.88)	357(100.00)	
History of pregnancy and delivery related complication in the last pregnancy	Yes	32(65.30)	17(34.70)	49(100.00)	P = 0.198

λ2 = 1.659

	38(77.6)	11(22.40)	49(100.00)	P = 0.621

λ2 = 0.244

	
No	229(74.10)	80(25.90)	309(100.00)	249(80.60)	60(19.40)	309(100.00)	
Total N	261(72.90)	97(27.10)	358(100.00)	287(80.16)	71(19.84)	358(100.00)	
Marital conflict	Yes	42(66.67)	38(33.33)	80(100.00)	< 0.001

λ2 = = 25.369

	47(58.75)	33(41.25)	80 (100.00)	P = < 0.001

λ2 = 30.124

	
No	218(78.40)	60(21.60)	278(100.00)	239(86.00)	39(14.00)	278(100.00)	
Total N	260(72.62)	98(27.38)	358(100.00)	286(79.88)	72(20.11)	358(100.00)	
Stressful events	Yes	63(52.06)	58(47.93)	121(100.00)	P < 0.001

λ2 = 60.858

	76(61.98)	46(38.01)	122(100.00)	P < 0.001

λ2 = 47.935

	
No	198(83.89)	38(16.10)	236(100.00)	212(89.45)	25(10.54)	237(100.00)	
Total N	261(73.10)	96(26.90)	357(100.00)	288(80.23)	71(19.77)	359(100.00)	
Social support	Yes	257(73.42)	93(26.57)	350(100.00)	P = 0.014

λ2 = 8.552

	282(80.57)	68(19.42)	350 (100.00)	P < 0.001

λ2 = 33.071

	
No	5(50.00)	5(50.00)	10(100.00)	6(60.00)	4(40.00)	10 (100.00)	
Total N	262(72.78)	98(27.22)	360 (100.00)	288(80.00)	72(20.00)	360 (100.00)	

Table 3 Relationship between the independent variables related to COVID-19 with post-partum anxiety in the participants

Variables	Levels	Anxiety status	Statistical test	
Non anxious
N (%)	Anxious
N (%)	Total
N(%)	λ2 Test	
History of definite infection with COVID-19 based on PCR test	Yes	49(68.00)	23(32.00)	72(100.00)	P = 0.314

λ2 = 1.013

	
No	213(20.74)	74(25.80)	287(100.00)	
Total N	262(72.98)	97(27.02)	359(100.00)	
History of definite infection with COVID-19 among close relatives of mothers based on PCR test	Yes	86(67.20)	42(32.80)	128(100.00)	P = 0.077

λ2 = 3.133

	
No	176(75.90)	56(24.10)	232(100.00)	
Total N	262(72.78)	98(27.22)	360(100.00)	
History of mother’s hospitalization due to COVID-19	Yes	12(66.70)	6(33.30)	18(100.00)	P = 0.527

λ2 = 0.400

	
No	249(73.50)	90(26.50)	339(100.00)	
Total N	261(73.11)	96(26.89)	357(100.00)	
History of hospitalization due to COVID-19 among mother’s family members and intimate friends/relatives	Yes	21(56.80)	16(43.20)	37(100.00)	P = 0.021

λ2 = 5.343

	
No	241(75.00)	81(25.00)	322(100.00)	
Total N	262(73.00)	97(27.00)	359(100.00)	
History of mortality due to COVID-19 among mother’s family members and intimate friends/relatives	Yes	9(64.30)	5(35.70)	14(100.00)	P = 0.471

λ2 = 0.520

	
No	252(73.30)	92(26.70)	344(100.00)	
Total N	261(73.00)	97(27.00)	358(100.00)	
History of mortality due to COVID-19 among mother’s non-intimate friends and relatives	Yes	16(59.30)	11(40.70)	27(100.00)	P = 0.103

λ2 = 2.658

	
No	245(74.10)	87(25.90)	332(100.00)	
Total N	261(72.70)	98(27.30)	359(100.00)	
Following COVID-19 news by the mother	Never	26(68.40)	12(31.60)	38(100.00)	P = 0.274

λ2 = 3.889

	
Sometimes	126(77.30)	37(22.70)	163(100.00)	
Frequently	99(70.20)	42(29.80)	141(100.00)	
Always	8(57.10)	6(42.90)	14(100.00)	
Total N	259(72.76)	97(27.24)	356(100.00)	
Compliance with preventive health measures for COVID-19	Yes	256(73.00)	95(27.00)	351(100.00)	P = 0.008

λ2 = 11.871

	
No	5(62.50)	3(37.50)	8(100.00)	
Total N	261(72.70)	68(27.30)	359(100.00)	
Being in contact with someone without compliance with preventive health measures COVID-19	Yes	69(76.70)	21(23.30)	90(100.00)	P = 0.505

λ2 = 2.337

	
No	189(71.00)	77(29.00)	266(100.00)	
Total N	258(72.06)	98(37.98)	358(100.00)	
Vaccination of mother’s family members and intimate friends/ relatives with close contacts	All vaccinated	202(73.50)	73(26.50)	275(100.00)	P = 0.638

λ2 = 0.900

	
Some vaccinated	53(73.60)	19(26.40)	72(100.00)	
None vaccinated	6(60.00)	4(40.00)	10(100.00)	
Total N	261(73.10)	96(26.90)	357(100.00)	
Mother’s vaccination against Covid-19	No vaccination before or during pregnancy	81(69.20)	36(30.80)	117(100.00)	P = 0.256

λ2 = 1.288

	
At least 1 dose vaccination before or during pregnancy	182(74.90)	61(25.10)	243(100.00)	
Total N	263(73.10)	97(26.90)	360(100.00)	
Reason for mother’s lack of vaccination against Covid-19	I was scared of its complications	69(69.00)	31(31.00)	100(100.00)	P = 0.505

λ2 = 2.338

	
My intended brand of vaccine was not available	5(71.40)	2(28.60)	7(100.00)	
My husband did not allow it	6(60.00)	4(40.00)	10(100.00)	
Total N	80(68.37)	37(31.62)	117(100.00)	

Table 4 Relationship between the independent variables related to COVID-19 with post-partum depression in the participants

Variables	Levels	Depression status	Statistical test	Statistical test	
Non depressive
N (%)	Depressive
N (%)	Total
N(%)	Λ2 Test
P value	
History of definite infection with COVID-19 based on PCR test	Yes	58(80.50)	14(19.50)	72(100.00)	P = 0.895

λ2 = 0.017

	
No	230(79.90)	58(20.10)	288(100.00)	
Total N	288(60.00)	72(40.00)	360(100.00)	
History of definite infection with COVID-19 among close relatives of mothers based on PCR test	Yes	103(80.50)	25(19.50)	128(100.00)	P = 0.869

λ2 = 0.027

	
No	185(79.70)	47(20.30)	232(100.00)	
Total N	288(80.00)	72(20.00)	360(100.00)	
History of mother’s hospitalization due to COVID-19	Yes	11(61.10)	7(38.90)	18(100.00)	P = 0.038

λ2 = 4.295

	
No	275(81.10)	64(18.90)	339(100.00)	
Total N	286(80.11)	71(19.89)	357(100.00)	
History of hospitalization due to COVID-19 mother’s family members and intimate friends/relatives	Yes	26(70.30)	11(29.70)	37(100.00)	P = 0.118

λ2 = 2.440

	
No	262(81.10)	61(18.90)	323(100.00)	
Total N	288(80.00)	72(20.00)	360 (100.00)	
History of mortality due to COVID-19 mother’s family members and intimate friends/relatives	Yes	11(78.60)	3(21.40)	14(100.00)	P = 0.896

λ2 = 0.017

	
No	276(80.00)	69(20.00)	345(100.00)	
Total N	288(79.94)	72(20.06)	359(100.00)	
History of mortality due to COVID-19 among mother’s non-intimate friends/relatives	Yes	23(85.20)	4(14.80)	27(100.00)	P = 0.479

λ2 = 0.500

	
No	264(79.50)	68(20.50)	332(100.00)	
Total N	288(79.94)	72(20.06)	359(100.00)	
Following COVID-19 news by the mother	Never	27(71.10)	11(28.90)	38(100.00)	P = 0.487

λ2 = 2.433

	
Sometimes	132(80.50)	32(19.50)	164(100.00)	
Frequently	115(81.60)	26(18.40)	141(100.00)	
Always	12(85.70)	2(14.30)	14(100.00)	
Total N	286(80.11)	71(19.99)	357(100.00)	
Compliance with preventive health measures COVID-19	Yes	282(80.34)	69(19.66)	351(100.00)	P < 0.001

λ2 = 17.926

	
No	5(62.50)	3(37.50)	8(100.00)	
Total N	287(79.94)	72(20.06)	359(100.00)	
Being in contact with someone without compliance with preventive health measures of COVID-19	Yes	68(75.60)	22(24.40)	90(100.00)	P = 0.537

λ2 = 2.173

	
No	217(81.40)	49(18.60)	266(100.00)	
Total N	285(80.00)	71(20.00)	356(100.00)	
Vaccination of mother’s family members and intimate friends/relatives with close contacts	All vaccinated	223(81.10)	52(18.90)	275(100.00)	P = 0.591

λ2 = 1.053

	
Some vaccinated	56(77.80)	16(22.30)	72(100.00)	
None vaccinated	7(70.00)	3(30.00)	10(100.00)	
Total N	286(80.11)	71(19.89)	357(100.00)	
Mother’s vaccination against Covid-19	No vaccination before or during pregnancy	88(75.20)	29(24.80)	117(100.00)	P = 0.115

λ2 = 2.482

	
At least 1 dose vaccination before or during pregnancy	200(82.30)	43(17.70)	243(100.00)	
Total N	288(80.00)	72(20.00)	360(100.00)	
Reason for mother’s lack of vaccination against Covid-19	I was scared of its complications	75(75.00)	25(25.00)	100(100.00)	P = 0.442

λ2 = 2.691

	
My intended brand of vaccine was not available	5(71.40)	2(28.60)	7(100.00)	
My husband did not allow it	8(80.00)	2(20.00)	10(100.00)	
Total N	80(68.37)	37(31.62)	117(100.00)	

The variables related to COVID-19 pandemic (n = 12) were achieved based on review of literature and the opinions of academic members of midwifery and obstetrics/gynecology including: history of mother’s definite infection with COVID-19 based on PCR test, history of definite infection with COVID-19 among close relatives of mothers based on PCR test, history of mother’s hospitalization due to COVID-19, history of hospitalization due to COVID-19 among mother’s family members and intimate friends/relatives, history of mortality due to COVID-19 among mother’s family members and intimate friends/relatives, history of mortality due to COVID-19 among mother’s non-intimate friends and relatives, following COVID-19 news by the mother, compliance with preventive health measures for COVID-19, being in contact with someone without compliance with preventive health measures COVID-19, vaccination of mother’s family members and intimate friends/ relatives with close contacts, mother’s vaccination against Covid-19, and the reason for mother’s lack of vaccination against Covid-19. One of above mentioned variables was “compliance rate with preventive health measures for COVID-19 by participants”. To assess this variable, a 16-item questionnaire was developed by the research team and its validity was assessed through calculating the Content Validity Ratio and Content Validity Index based on the opinions of 10 faculty members of Health and Nursing/Midwifery Faculties of the university. After modifications, the 14-item questionnaire was achieved with satisfactory Cronbach’s alpha (0.87) (Table 4). The questions score from 1 to 4 based on a 4-point Likert scale, with a total number of 14 to 56. Higher total scores indicate higher compliance rate and 14–34 indicates “yes” and 35–56 indicates “no” compliance.

Statistical analyses

Data analysis was conducted using descriptive statistics (mean and standard deviation) and chi square test. P values less than 0.05 were considered statistically significant and data analysis was conducted by SPSS software version 24. In this study, the data analyzer hade to concatenate the levels and reported tables included two rows (yes or no) because the numbers in some rows were less than 6.

Results

Demographic characteristics

The mean age of the participants was 31.05 ± 5.37 years (16–43 years). Most of them had diploma (45%) and were housewife (89.41%), and multiparous (60.83%). Most of the husbands were self-employed (37.67%). Most of them had a moderate family’s income (51.5%).

Results of this study showed that most of the mothers did not have post-partum anxiety (73%) and distribution of anxiety severity was as follows: 18.7% of mothers had mild anxiety, 4.5% had moderate anxiety, and 3.9% severe anxiety (27% in total). The mean score of mothers’ anxiety was at the no anxiety level (5.60 ± 7.8). Also, results indicated that most of the mothers did not have depression (80%) and distribution of depression was as follows: 15.30% had mild depression, 3.60% hah moderate depression and 1.10% had severe depression (20% in total). The mean score of mothers’ depression was at the no depression level (5.34 ± 5.38).

Also, results showed that post-partum anxiety in mothers had no significant relationship with demographic variables including age, educational level, occupation, parity, husband’s occupation, and family’s income.

Out of independent variables nonrelated to COVID-19 pandemic, intention status of recent pregnancy (p < 0.001), history of premenstrual syndrome (p < 0.001), marital conflict (p < 0.001), stressful events (p < 0.001), and social support (p = 0.014) showed significant relationships with anxiety. Also, out of them, the history of premenstrual syndrome (p < 0.001), history of chronic diseases of the mother (p = 0.014), marital conflict (p < 0.001), stressful events (p < 0.001), and social support (p < 0.001) showed significant relationships with depression. (Table 1)

Out of independent variables related to COVID-19 pandemic, history of hospitalization due to COVID-19 among mother’s family members, intimate friends/relatives (p = 0.021) and compliance with preventive health measures showed significant relationships with anxiety (p = 0.008). (Table 2) Also, out of them, the history of mother’s hospitalization due to COVID-19 (p = 0.038) and compliance with preventive health measures showed significant relationships with depression (p < 0.001). (Table 3)

Discussion

The results of the present descriptive cross-sectional study showed that the level of anxiety among studied mothers two months after delivery was 27%. In a study that was conducted in Kashan on pregnant women during COVID-19 pandemic, the level of anxiety was 18.71% and in another study in Ahwaz conducted from March 20th to April 10th 2020, the level of anxiety was 22.3% [21, 22]. The above-mentioned studies were conducted while vaccination has not yet been started for general population and pregnant mothers but this study was conducted after vaccination was started; however, results showed that the prevalence of anxiety was higher in this study which might have been due to the differences between the study environments.

In this study the level of depression was 20%. Also, the results of another study in Singapore during COVID-19 pandemic in 2021 showed that the rate of depression was 17% [23]. In the systematic review by Rajkumar in India (2020) the level of depression was from 16 to 28% [13] and in the systematic review by Usmani (2021) from Turkey, that was titled evaluation of risk factors for post-partum depression during COVID-19 pandemic, the rate of post-partum depression during the pandemic was reported from 7 to 80.8% [9]. The reason for difference in the results of studies might be due to the different time of sampling (disease outbreaks or the gap between outbreaks), study environment, cultural, economic, and social difference as well as different intervals between delivery and sampling.

The results of this study showed no significant relationship between anxiety and depression and mother’s occupation which were in line with the results of two studies conducted on pregnant women during COVID-19 pandemic, one by Saadati in Ahwaz (2020) and another by Karimi (2021) in Tehran [22, 24]. On the contrary, Guvenc et al. (2021) in a study that was conducted on post-partum anxiety and depression during COVID-19 pandemic in Turkey revealed that working pregnant women were more prone to post-partum depression [25]. The reason for this difference might be due to the difference between the participants of the studies. In this study most of participants were housewife and even though the study was conducted during the COVID-19 pandemic, but it was after the vaccination was started and individual’s concerns were reduced, and therefore, working women were less concerned about getting out of the house; but the study by Guvenc et al. (2021) was conducted during the time that people were more willing to stay in the house to prevent infection with COVID-19 and therefore, working women were more likely to develop depression.

The results of this study showed that post-partum anxiety had a significant relationship with the pregnancy being wanted or unwanted; but it was in contrast with the results of the study by Karimi (2021) in Iran during the COVID-19 pandemic which showed no significant relationship between wanted or unwanted pregnancies and mother’s anxiety [24]. It seems that mothers who were not willing to get pregnant during the COVID-19 pandemic were concerned about the problems of raising a child during pandemic, and therefore, unwanted pregnancies were associated with more anxiety in mothers.

On the other hand, the reason for different results might be due to cultural differences, social support and number of participants. Also, this study was conducted on women after delivery and the above-mentioned study was conducted on pregnant women.

According to the results of this study, post-partum depression and anxiety had a significant relationship with premenstrual syndrome; meaning that the prevalence of premenstrual; syndrome was higher among anxious and depressed mothers than mothers with low levels of anxiety and depression. Results of this study were in line with the study by Alimoradi (2019) which indicated a significant relationship between the history of premenstrual syndrome and post-partum depression [26].

The results of this study showed a significant relationship between anxiety and depression and having marital conflicts. Results of this study were in line with the study by Effati Daryani (2020) in Tabriz, which reported marital conflicts as a predictor of anxiety in pregnant women during the COVID-19 pandemic [27]. The study of Seymour (2015) which was conducted in Australia to evaluate the risk factors for anxiety and parenting during the first year of child’s birth, revealed that low quality of marital relationship and having marital conflicts were significantly associated with higher levels of mother’s anxiety. These results were in line with the results of this study [28].

This study also indicated a significant relationship between anxiety and the history of COVID-19 related hospitalization of mother’s relatives. The study of Abedzadeh in Kashan (2021), also showed that history of infection of family members with COVID-19 and concerns about infection of herself and her infant were predictors of anxiety score of pregnant women during the COVID-19 pandemic. These results were in line with the results of this study [21].

This study showed that anxiety and depression had significant relationships with observing preventive health measures by the mother during the pandemic; meaning that, mothers who did not observe preventive health measures had higher levels of anxiety and depression. Results of the study by Xiong (2020) which was titled evaluation of prevalence of and related factors to post-partum depression during the COVID-19 pandemic in women, in Guangzhou of China, indicated that observing preventive health measures had a positive psychological effect. It was in line with the results of this study [13]. Also, the study of Zanardo (2020) in Italy on mothers after their delivery during the COVID-19 pandemic showed that being concerned about getting infected with COVID-19 along with conducted quarantine measures during the pandemic had a negative effect on mothers’ thoughts and emotions after delivery and worsened the symptoms of depression; but, in contrast, in this study, not observing preventive health measures by mothers were associated with higher levels of depression [29]. The reason for this difference might be due to the differences in the time and place of sampling and also differences in the living environments of the mothers.

This study revealed that mothers’ post-partum anxiety and depression had a significant relationship with stressful events of life; in a way that mothers who had experienced more stressful events had higher levels of anxiety. In the study of Abedzadeh (2021), during the COVID-19 pandemic, perceived stress was one of the predictors of anxiety score in pregnant mothers [21]. This result was in line with the result of our study.

Also, this study indicated a significant relationship between post-partum anxiety and depression and perceived social support; in a way that, the prevalence of anxiety was higher among mothers who had received less social support. In this regard, the study of Pandey (2020) from Ethiopia about related factors to general anxiety among mothers receiving prenatal services revealed that poor social support had a significant relationship with general anxiety disorder [30]. Also, the study of Abuhammad (2024) in Jordan aimed to compare the levels of post-partum depression between Arab women residing in Jordan and the United States and the effect of social support on post-partum depression during the COVID-19 pandemic, showed a significant correlation between depression and social support; meaning that, increased social support was associated with decreased depression. The above mentioned results were in line with the results of this study [31]. No published studies are available that showed contrasting results.

Moreover, this study revealed a significant relationship between mother’s post-partum depression and history of having chronic diseases; meaning that, mothers with chronic diseases had higher levels of depression. It seems that suffering from chronic diseases and obligation to consume drugs for a long period of time and receiving constant medical care would lower the mental health and increase the chance of depression in some women. Results of the study by Suarez-Rico (2021), which was conducted on Mexican women after delivery during the COVID-19 pandemic, were in contrast with the results of this study [32]. In the above-mentioned study, having chronic hypertension and pregestational diabetes were evaluated.

Furthermore, results of this study indicated a significant relationship between mother’s post-partum depression and her hospitalization while infected with Covid-19; meaning that, mothers who were hospitalized due to COVID-19 infection had higher levels of depression. Since mothers who were severely infected with COVID-19 had to be hospitalized and, in these cases, the possibility of mortality was higher, it was expected that the level of depression would be higher among them. No other published study has examined this correlation.

Strengths and limitations

The strength point of this study was evaluation of the relationship between post-partum depression and anxiety with variables that have not been noticed in other studies (such as the place of care for mothers infected with COVID-19 and history of hospitalization of mother’s relatives due to COVID-19). One of the limitations of this study was that its environment was limited to a small town and its related villages which could affect the generalization of the results; furthermore, this study was conducted after vaccination was started which might have reduced the concerns in general population and mothers and have reduced the level of depression and anxiety in them.

Conclusions

Results of this study showed that most of the mothers had no anxiety and depression and the prevalence of post-partum anxiety and depression were 27% and 20%, respectively. Also, the mean scores of anxiety and depression were in the level of no anxiety and depression.

Related factors to post-partum anxiety in this study were desirability of pregnancy, history of premenstrual disorder, marital conflicts, history of hospitalization of mother’s relatives due to COVID-19, compliance rate with preventive health measures for COVID-19 by the mother during the COVID-19 pandemic, stressful events, and family support.

Related factors to post-partum depression in this study were history of premenstrual syndrome, having chronic diseases, marital conflicts, and history of mother’s hospitalization when infected with COVID-19, compliance rate with preventive health measures for COVID-19 by the mother during the COVID-19 pandemic, stressful events, and family support.

Electronic supplementary material

Below is the link to the electronic supplementary material.

Supplementary Material 1

Supplementary Material 2

Acknowledgements

We thank all mothers that participated in the study as well as all staffs of the health centers and health houses involved in the study and Research Deputy of Isfahan University of Medical Sciences.

Author contributions

Tahmineh Dadkhahtehrani, Mohammad Javad Tarrahi, and Masoume Salimiyan contributed to the study conception and design. Masoume Salimiyan was responsible for the recruitment. Data analysis was performed by Mohammad Javad Tarrahi. The first draft of the manuscript was written by Tahmineh Dadkhahtehrani, Masoume Salimiyan, and Masoume Pirhadi. All authors commented on previous versions of the manuscript. All authors read and approved the final manuscript.

Funding

This study was approved (approval number: 3400547) and financially supported by the Research Deputy of Isfahan University of Medical Sciences.

Data availability

The datasets used and analyzed during the current study are available from the corresponding author on reasonable request. “The questionnaire of the compliance rate with preventive health measures for COVID-19”, developed by the research team, was written in the text.

Declarations

Ethics approval and consent to participate

This study was approved by the ethics committee of Isfahan University of Medical Sciences (IR.MUI.RESEARCH.REC.1400.325). In accordance with the Declaration of Helsinki written informed consent was obtained from all the participants, questionnaires were anonymous and confidentiality of the data was considered. Health considerations were observed for mothers and infants at the time of completing the questionnaires.

Consent for publication

Not applicable.

Competing interests

The authors declare no competing interests.

Publisher’s note

Springer Nature remains neutral with regard to jurisdictional claims in published maps and institutional affiliations.
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