Motivations of Volunteering during Crises—Perspectives of Polish Youths during the Ukrainian Refugee Crisis

Volunteering work has always played a key role in dealing with crises around the world. Understanding the motivations behind volunteering during a crisis could not only explain such behaviour but also become a guide for the government for future policies, to non-governmental organizations for attracting and recruiting more volunteers, for companies to attract and engage young talent and for society to encourage volunteering more. The present military conflict between Russia and Ukraine has resulted in an influx of over six million Ukrainian refugees in Poland. Given the phenomenal response of Polish people towards welcoming the Ukrainian refugees and, in general, the favourable attitude of the youth in Poland towards extending humanitarian aid to them, our present study examines the motivations of Polish youths behind volunteering during crises. The study also examined how volunteering has influenced their lives and future, besides understanding the barriers to volunteering. The research participants were Polish youths aged between 17–30 years of age. The participants were from both genders, students as well as working professionals. To take part, they had to prove that they took an active role in volunteering during a crisis and were able to share their personal stories and emotions in English. The findings of the research revealed normative, hedonic, eudaimonic and personal motivators behind volunteering during crises, with greater dominance of hedonic motivators, followed by normative, then eudaimonic and personal motivators. The influence of a mix of collectivist and individualistic cultures of Poland, with a progressive lean towards individualism, is clear in shaping the motivations behind the volunteering of these Polish youths. The role of intrinsic motivation is more pronounced when it comes to volunteering during crises.

Pandemic Imposed Remote Work Arrangements and Resultant Work-Life Integration, Future of Work and Role of Leaders-A Qualitative Study of Indian Millennial Workers

The unprecedented nature and scale of the COVID-19 pandemic resulted in mass lockdowns around the world, and millions of people were forced to work remotely for months, confined in their homes. Our study was aimed at understanding how pandemic-imposed remote work arrangements affected millennial workers in India. With signs of the pandemic slowing down, but with the likelihood of organizations retaining some of these work arrangements, the paper also explores how these are likely to affect the future of work, and the role that organizations and leaders have in managing the workforce in the 'new normal'. The study follows an interpretivist paradigm and qualitative research approach using the narrative method as a key research strategy. The data was collected using in-depth interviews from Indian millennial respondents employed in both private and government sectors. The findings show a kind of work-life integration for the workers as a result of the pandemic-imposed remote work arrangements. This integration has been caused by four different types of issues that have also emerged as four major themes which have resulted in a further 10 sub-themes. The four major themes identified in this research are Managerial Issues, Work Issues, Logistical Issues, and Psychological Issues.

Motivations of Young Women Volunteers during COVID-19: A Qualitative Inquiry in Bahrain

Volunteering work has played a major role in dealing with the COVID-19 pandemic crisis. Studying volunteering behavior is interesting because it holds many important lessons for businesses to attract and engage their primary stakeholders (employees and customers) and counter the challenges posed by the pandemic. As women make up a large percentage of volunteers, understanding the relationship between motivation and women intending to take up volunteering work during crises is necessary-particularly in collectivist Islamic societies. The present study examined the motivations of young women in Bahrain to volunteer for RT-PCR testing and vaccination drives sponsored by the government during the pandemic. The study also examined the effect of the volunteering experience on the lives of these women. The study was conducted using a mixed qualitative method that included focus groups and in-depth interviews. The research participants were millennial women who had undertaken volunteering during the pandemic. A few in-depth interviews were conducted with male volunteers to examine whether such motivations were influenced by gender. The findings of the research revealed normative, in addition to personal, motivators behind the act of volunteering, with a greater dominance of normative motivations such as the call of the homeland and philanthropy. The influence of the collectivist culture in shaping the normative motivations behind volunteering among these women was visible, and there was also an influence of religion and religious values.

Effects of COVID-19 lockdown and unlock on the health of tropical large river with associated human health risk.

River Damodar (India) is one of the most significant tropical large rivers and this river is carrying predominantly industrial effluents, urban sewage, and non-degradable chemical agricultural fertilizers. Several industries, cities, and townships directly depend on this important river throughout the year. It is highly essential to evaluate its surface water quality, characteristics, and improvement status during the COVID-19 lockdown and unlock phases. The major objectives of the present study are to analyse changing nature of heavy metals (Zn, Cd, Pb, Ni, Cr, and Fe) and microbial load (TVC, TC, and FC) of river water and to identify heavy metals impact on water quality and human health in pre, during, and after unlocking of COVID-19 lockdown. Here, a total of 33 water samples have been collected in the pre-lockdown, lockdown, and unlock phases. The results showed that decreasing trend of the microbial load was found in the lockdown phase. Heavy metal pollution index (HPI) illustrated that all samples are highly polluted (HPI > 150) during the pre-lockdown phase, while during the lockdown phase; HPI showed that around 54.54% of samples have been positively changed (low pollution level). During the unlock phase, 45.45% of samples were again amplified to the high pollution level. Pearson's correlation coefficient and hierarchical cluster analysis indicated strong relation among heavy metals with faecal coliform at a 0.05% level of significance. Noncarcinogenic hazard index (HI) shows the higher possibility of health risk (HI > 1) particularly for children in all the phases and during the lockdown phase, 36.36% of samples showed no possible health risk for adults (HI < 1). However, HI of dermal contact showed no possible health risk for children and adults in the assessment periods. This applied research can definitely assist planners and administrators in making effective solutions regarding public health.

Positive effects of COVID-19 lockdown on river water quality: evidence from River Damodar, India.

The global economic activities were completely stopped during COVID-19 lockdown and continuous lockdown partially brought some positive effects for the health of the total environment. The multiple industries, cities, towns and rural people are completely depending on large tropical river Damodar (India) but in the last few decades the quality of the river water is being significantly deteriorated. The present study attempts to investigate the river water quality (RWQ) particularly for pre- lockdown, lockdown and unlock period. We considered 20 variables per sample of RWQ data and it was analyzed using novel Modified Water Quality Index (MWQI), Trophic State Index (TSI), Heavy Metal Index (HMI) and Potential Ecological Risk Index (RI). Principal component analysis (PCA) and Pearson's correlation (r) analysis are applied to determine the influencing variables and relationship among the river pollutants. The results show that during lockdown 54.54% samples were brought significantly positive changes applying MWQI. During lockdown, HMI ranged from 33.96 to 117.33 with 27.27% good water quality which shows the low ecological risk of aquatic ecosystem due to low mixing of toxic metals in the river water. Lockdown effects brought river water to oligotrophic/meso-eutrophic condition from eutrophic/hyper-eutrophic stage. Rejuvenation of river health during lockdown offers ample scope to policymakers, administrators and environmentalists for restoration of river health from huge anthropogenic stress.

Eco-restoration of river water quality during COVID-19 lockdown in the industrial belt of eastern India.

The sudden lockdown recovers the health of the total environment particularly air and water while the country's economic growth and socio-cultural tempo of people have been completely hampered due to the COVID-19 pandemic. Most of the industries within the catchment area of river Damodar have been closed; as a result, significant changes have been reflected throughout the stretch of river Damodar. The main objective of the study is to analyze the impact of lockdown on the water quality of river Damodar. A total of 55 samples was collected from eleven different confluence sites of nallas with the main river channel during and pre-lockdown period. The relevant methods like WQI, TSI, Pearson's correlation coefficient, and "t" test have been applied to evaluate the physical, chemical, and biological status of river water. The result of "t" test indicated that there are significant differences (α = 0.05) of each parameter between pre and during lockdown. Water quality index (WQI) is used for analysis of drinking water quality suitability followed by BIS. The values of WQI showed "very poor" (S1, S2, S3, S6, S7, and S11) to "unfit for drinking" (S4, S5, S8, S9, and S10) of river water during pre-monsoon season. The nutrient enrichment status of the river was analyzed by Trophic State Index (TSI) method and it shows the "High" eutrophic condition with a heavy concentration of algal blooms in almost an entire stretch. During lockdown, nutrient supplies like TN and TP have been reduced and is designated as "Low" (S1, S2) to "Moderate" (S3 to S11) eutrophic condition of middle stretch of Damodar. This research output of river Damodar will definitely assist to policy makers for sustainable environmental management despite the dilemma between development and conservation.

Cleaning the river Damodar (India): impact of COVID-19 lockdown on water quality and future rejuvenation strategies.

Globally, it is established that the partial lockdown system assists to improve the health of the total environment due to inadequate anthropogenic actions in different economic sectors. The ample research on fitness of environment has been proved that the strict imposition of lockdown was the blessings of environment. The river Damodar has historical significance and lifeline for huge population of Jharkhand and West Bengal state of India but in the recent years the water quality has been deteriorated due to untreated industrial effluents and urban sewage. The main objective of this study is to examine the water quality of river Damodar during and prelockdown phase for domestic use and restoration of river ecosystem. A total of eleven (11) effluent discharge sites were selected in prelockdown and during lockdown phase. A new approach of water quality assessment, i.e., water pollution index (WPI) has been applied in this study. WPI is weightage free, unbiased method to analysis of water quality. The result shows that the physical, chemical and heavy elements were found beyond the standard limit in prelockdown period. The cation and anion were arranged in an order of Na2+ > K+ > Ca2+ > Mg2+ and Cl- > So4 - > No3 - > F- in both the sessions. WPI of prelockdown showed that about 100% water samples are of highly polluted. WPI of lockdown period showed that around 90.90% samples improved to 'good quality' and 9.10% of samples are of 'moderately polluted.' Hypothesis testing by 't' test proved that there was a significant difference (ρ = 0.05%) in values of each parameter between two periods. Null hypothesis was rejected and indicated the improvement of river water quality statistically. Spatial mapping using Arc GIS 10.4 interpolation (IDW) helps to understand spatial intensity of pollution load in two periods. This research study should be helpful for further management and spatial diagnosis of water resource of river Damodar.