Safe menstrual hygiene management practice and associated factors among female adolescent students at high schools in central Ethiopia: A mixed–method study

BackgroundMenstrual Hygiene Management (MHM) is a much-neglected issue in developing countries, including Ethiopia. Menstruating women and girls are forced into isolation, prevented from movement, dietary restrictions, and can be prevented from participating in daily routine activities. Furthermore, the way almost all previous studies conducted in Ethiopia measured the practice of MHM did not meet standard definition of safe MHM. This study aimed to assess safe management of menstrual hygiene practice and associated factors among female adolescent students in public high schools in central Ethiopia.MethodsA mixed-methods approach was employed in this study. Systematic random sampling technique was used to select 846 study participants. The collected data were entered through EPI INFO version 7 and exported to SPSS version 23 for cleaning and analysis. Bivariate and multivariate logistic regression analysis were performed to identify the association between MHM and independent variables. Finally, AOR, 95% CI, and p-value < 0.05 were considered statistically significant. The qualitative data was analyzed by ATLAS.ti in order to extract the main themes and categories. Direct quotations were presented with a thick description of the findings.ResultsThe safe management of menstrual hygiene was 28.20%. Living with parents (AOR = 2.51, 95% CI:1.11–5.68), living with relatives (AOR = 7.41, 95% CI:2.55–21.54), having a merchant mother (AOR = 1.81, 95% CI:1.14–2.9), having a mother who has private work (AOR = 4.56, 95% CI:1.31–5.90), having a farmer father (AOR = 1.53, 95% CI:1.1–2.31), rural resident (AOR = 1.61, 95% CI: 1.17–2.21) and realizing the absence of container for storing sanitary napkins in the toilet of the school latrine (AOR = 1.44, 95% CI: 1.1–0.94) were factors associated with MHM. Findings from a qualitative study were discussed under four themes to explore barriers to menstrual hygiene management, and three themes emerged as enablers to menstrual hygiene management.ConclusionsThe safe management of menstrual hygiene was low among adolescent girls. People with whom adolescent girls live, the occupational status of mother and father, residence, the availability of a container to dispose of sanitary napkins in school toilets were factors associated with menstrual hygiene management. Behavioral change communications must be provided to female students about menstrual hygiene

Data for land use legacy effects on woody vegetation

Three zip-archived, comma delimited csv files with (1) DBH data, (2) species richness data, and (3) species composition data. For (1), columns include site ID, short name of tree species (composed of first three letters of genus name and first three letters of tree species name), tree DBH (in cm), land use history (i.e. permanent or converted farmland), and tree species type (i.e. forest specialist, generalist, or pioneer species). For (2), columns include kebele ID (GBD = Borcho Deka, GKH = Kela Harari, SDM = Difo Mani, SGB = Gido Bere, TBW = Bere Weranigo, and TKF = Kuda Kofi), site ID, land use type, total species richness, total species abundance, forest specialist species richness, forest specialist species abundance, pioneer species richness, pioneer species abundance, generalist species richness, generalist species abundance, proportion of vegetation cover within the site (in %), wetness index, historical (1973) distance (in m), current (2015) distance (in m), land use history (permanent or converted farmland), and altitude (in m above sea level). (3) is a site-by-species abundance matrix with site IDs and species represented by their short name (composed of first three letters of genus name and first three letters of species name)

Social accountability and water integrity: Learning from experiences with participatory and transparent budgeting in Ethiopia and Nepal

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Land use legacy effects on woody vegetation in agricultural landscapes of south-western Ethiopia

Aim: Past land use legacy effects—extinction debts and immigration credits—might be particularly pronounced in regions characterized by complex and dynamic landscape change. The aim of this study was to evaluate how current woody plant species distribution, composition and richness related to historical and present land uses. Location: A smallholder farming landscape in south-western Ethiopia. Methods: We surveyed woody plants in 72 randomly selected 1-ha sites in farmland and grouped them into forest specialist, generalist and pioneer species. First, we investigated woody plant composition and distribution using non-metric multidimensional scaling. Second, we modelled species richness in response to historical and current distance from the forest edge. Third, we examined diameter class distributions of trees in recently converted vs. permanent farmland. Results: Historical distance was a primary driver of woody plant composition and distribution. Generalist and pioneer species richness increased with historical distance. Forest specialists, however, did not respond to historical distance. Only few old individuals of forest specialist species remained in both recently converted and permanent farmlands. Main conclusions: Our findings suggest that any possible extinction debt for forest specialist species in farmland at the landscape scale was rapidly paid off, possibly because farmers cleared large remnant trees. In contrast, we found substantial evidence of immigration credits in farmland for generalist and pioneer species. This suggests that long-established farmland may have unrecognized conservation values, although apparently not for forest specialist species. We suggest that conservation policies in south-western Ethiopia should recognize not only forests, but also the complementary value of the agricultural mosaic—similar to the case of European cultural landscapes. A possible future priority could be to better reintegrate forest species in the farmland mosaic

Conservation value of moist evergreen Afromontane forest sites with different management and history in southwestern Ethiopia

Tropical forest ecosystems harbor high biodiversity, but they have suffered from ongoing human-induced degradation. We investigated the conservation value of moist evergreen Afromontane forest sites across gradients of site-level disturbance, landscape context and forest history in southwestern Ethiopia. We surveyed woody plants at 108 randomly selected sites and grouped them into forest specialist, pioneer, and generalist species. First, we investigated if coffee dominance, current distance from the forest edge, forest history, heat load and altitude structured the variation in species composition using constrained correspondence analysis. Second, we modelled species richness in response to the same explanatory variables. Our findings show that woody plant community composition was significantly structured by altitude, forest history, coffee dominance and current distance from forest edge. Specifically, (1) total species richness and forest specialist species richness were affected by coffee management intensity; (2) forest specialist species richness increased, while pioneer species decreased with increasing distance from the forest edge; and (3) forest specialist species richness was lower in secondary forest compared to in primary forest. These findings show that coffee management intensity, landscape context and forest history in combination influence local and landscape level biodiversity. We suggest conservation strategies that foster the maintenance of large undisturbed forest sites and that prioritize local species in managed and regenerating forests. Creation of a biosphere reserve and shade coffee certification could be useful to benefit both effective conservation and people's livelihoods

Data from: Land use legacy effects on woody vegetation in agricultural landscapes of southwestern Ethiopia

Aim: Past land use legacy effects – extinction debts and immigration credits – might be particularly pronounced in regions characterized by complex and dynamic landscape change. The aim of this study was to evaluate how current woody plant species distribution, composition and richness related to historical and present land uses. Location: A smallholder farming landscape in southwestern Ethiopia. Methods: We surveyed woody plants in 72 randomly selected 1 ha sites in farmland, and grouped them into forest specialist, generalist and pioneer species. First, we investigated woody plant composition and distribution using non-metric multidimensional scaling. Second, we modelled species richness in response to historical and current distance from the forest edge. Third, we examined diameter class distributions of trees in recently converted versus permanent farmland. Results: Historical distance was a primary driver of woody plant composition and distribution. Generalist and pioneer species richness increased with historical distance. Forest specialists, however, did not respond to historical distance. Only few old individuals of forest specialist species remained in both recently converted and permanent farmlands. Main conclusions: Our findings suggest that any possible extinction debt for forest specialist species in farmland at the landscape scale was rapidly paid off, possibly because farmers cleared large remnant trees. In contrast, we found substantial evidence of immigration credits in farmland for generalist and pioneer species. This suggests that long-established farmland may have unrecognised conservation values, though apparently not for forest specialist species. We suggest that conservation policies in southwestern Ethiopia should recognize not only forests, but also the complementary value of the agricultural mosaic – similarly to the case of European cultural landscapes. A possible future priority could be to better reintegrate forest species in the farmland mosaic

Coffee management and the conservation of forest bird diversity in southwestern Ethiopia

Moist evergreen forests of southwestern Ethiopia host high levels of biodiversity and have a high economic value due to coffee production. Coffee is a native shrub that is harvested under different management systems; its production can have both beneficial and detrimental effects for biodiversity. We investigated how bird community composition and richness, and abundance of different bird groups responded to different intensities of coffee management and the landscape context. We surveyed birds at 66 points in forest habitat with different intensities of coffee management and at different distances from the forest edge. We explored community composition using detrended correspondence analysis in combination with canonical correspondence analysis and indicator species analysis, and used generalized linear mixed models to investigate the responses of different bird groups to coffee management and landscape context. Our results show that (1) despite considerable bird diversity including some endemics, species turnover in the forest was relatively low; (2) total richness and abundance of birds were not affected by management or landscape context; but (3) the richness of forest and dietary specialists increased with higher forest naturalness, and with increasing distance from the edge and amount of forest cover. These findings show that traditional shade coffee management practices can maintain a diverse suite of forest birds. To conserve forest specialists, retaining undisturbed, remote forest is particularly important, but structurally diverse locations near the forest edge can also harbour a high diversity of specialists

Spatial predictions for the distribution of woody plant species under different land-use scenarios in southwestern Ethiopia

Context: Deforestation, forest degradation and intensification of farming threaten terrestrial biodiversity. As these land-use changes accelerate in many landscapes, especially in the Global South, it is vital to anticipate how future changes might impact specific aspects of biodiversity. Objectives: The objectives of this study were to model woody plant species richness in southwestern Ethiopia, for the present and for four plausible, spatially explicit scenarios of the future (‘Gain over grain’, ‘Mining green gold’, ‘Coffee and conservation’ and ‘Food first’). Methods: We used cross-validated generalized linear models for both forest and farmland, to relate empirical data on total and forest-specialist woody plant species richness to indicators of human disturbance and environmental conditions. We projected these across current and future scenario landscapes. Results: In both farmland and forest, richness peaked at intermediate elevations (except for total species richness in farmland) and decreased with distance to the forest edge (except for forest specialist richness in forest). Our results indicate that the ‘Mining green gold’ and ‘Food first’ scenarios would result in strong losses of biodiversity, whereas the ‘Gain over grain’ scenario largely maintained biodiversity relative to the baseline. Only the ‘Coffee and conservation’ scenario, which incorporates a new biosphere reserve, showed positive changes for biodiversity that are likely viable in the long term. Conclusions: The creation of a biosphere reserve could maintain and improve woody plant richness in the focal region, by forming a cluster with existing reserves, would be a major step forward for sustainability in southwestern Ethiopia

Conservation value of moist evergreen Afromontane forest sites with different management and history in southwestern Ethiopia

Tropical forest ecosystems harbor high biodiversity, but they have suffered from ongoing human-induced degradation. We investigated the conservation value of moist evergreen Afromontane forest sites across gradients of site-level disturbance, landscape context and forest history in southwestern Ethiopia. We surveyed woody plants at 108 randomly selected sites and grouped them into forest specialist, pioneer, and generalist species. First, we investigated if coffee dominance, current distance from the forest edge, forest history, heat load and altitude structured the variation in species composition using constrained correspondence analysis. Second, we modelled species richness in response to the same explanatory variables. Our findings show that woody plant community composition was significantly structured by altitude, forest history, coffee dominance and current distance from forest edge. Specifically, (1) total species richness and forest specialist species richness were affected by coffee management intensity; (2) forest specialist species richness increased, while pioneer species decreased with increasing distance from the forest edge; and (3) forest specialist species richness was lower in secondary forest compared to in primary forest. These findings show that coffee management intensity, landscape context and forest history in combination influence local and landscape level biodiversity. We suggest conservation strategies that foster the maintenance of large undisturbed forest sites and that prioritize local species in managed and regenerating forests. Creation of a biosphere reserve and shade coffee certification could be useful to benefit both effective conservation and people's livelihoods

COVID-19-related dysfunctional anxiety and associated factors among adolescents in Southwest Ethiopia: a cross-sectional study

Abstract Background COVID-19 pandemic causes serious threats to people’s mental health, particularly it has huge negative mental health outcomes for adolescents. However, there is lack of studies examining COVID-19-related anxiety among adolescents in Ethiopia. Hence, this study was aimed to examine COVID-19-related dysfunctional anxiety and its associated factors among adolescents in Mettu town. Methods Community-based cross-sectional study was conducted from September 1 to 30, 2020 among 847 adolescents selected by stratified sampling technique. IBM SPSS Statistics Version 26.0 was used for analysis. Descriptive statistics such as frequency, percentage, mean, and standard deviation were computed. Bivariate and multivariate binary logistic regression analyses were done to identify factors associated with COVID-19-related dysfunctional anxiety. The statistical significance was declared at p ≤ 0.05; and the strength of association was described in terms of adjusted odds ratio. Results Out of the total sample, 819 adolescents participated in this study. The mean age of the participants was 14.9 (SD = 2.798) years. The magnitude of COVID-19-related dysfunctional anxiety was found to be 20.9% (95% CI (18.1, 23.9)). The finding indicates that sex [(AOR (95% CI)); (0.724 (0.502, 1.043))], having both parents deceased [(AOR (95% CI)); (2.981 (1.138, 7.814))], living alone [(AOR (95% CI)); (2.363 (1.050, 5.321))], having unemployed mothers [(AOR (95% CI)); (1.943 (1.194, 3.163))], absence of close friend [(AOR (95% CI)); (0.377 (0.225, 0.630))], and medical problem [(AOR (95% CI)); (0.408 (0.278, 0.597))] were significantly associated with COVID-19-related anxiety. Conclusion The magnitude of COVID-19-related dysfunctional anxiety was found to be high in the study area. The findings have shown that the likelihood of developing COVID-19-related dysfunctional anxiety was linked to several factors. Provision of continued psychological support for adolescents is extremely encouraged