Poor Environmental Conditions Research Articles

Culex quinquefasciatus Density Associated with Socioenvironmental Conditions in a Municipality with Indeterminate Transmission of Lymphatic Filariasis in Northeastern Brazil.

Lymphatic filariasis (LF) is a neglected tropical disease associated with poverty and poor environmental conditions. With the inclusion of vector control activities in LF surveillance actions, there is a need to develop simple methods to identify areas with higher mosquito density and thus a higher consequent risk of W. bancrofti transmission. An ecological study was conducted in Igarassu, which is in the metropolitan region of Recife, Pernambuco, Brazil. The mosquitoes were captured in 2060 houses distributed across 117 census tracts. The vector density index (VDI), which measures the average number of lymphatic-filariasis-transmitting mosquitoes per number of houses collected in the risk stratum, was constructed. Moreover, the social deprivation indicator (SDI) was constructed and calculated through principal component factor analysis. An average of 242 female C. quinquefasciatus were found in the high-risk stratum, while the average in the low-risk stratum was 108. The overall VDI was 6.8 mosquitoes per household. The VDI for the high-risk stratum was 13.2 mosquitoes per household, while for the low/medium-risk stratum, it was 5.2. This study offers an SDI for the density of C. quinquefasciatus mosquitoes, which can help reduce the costs associated with data collection and allows for identifying priority areas for vector control actions.

Evaluation of Praziquantel effectiveness in treating Nile tilapia clinostomid infections and its relationships to fish health and water quality

This study aimed to conduct a multidisciplinary investigation integrating detailed morphology, molecular characterization, water parameters, histopathology alteration, and the trials of treatment of Clinostomum spp. In this study, 300 Nile tilapia (Oreochromis niloticus) were collected from the farmed and wild Nile River at Al Bahr Al Aazam, Giza Governorate to assess Clinostomid infection prevalence. Fish and water samples were collected from private fish farms, and water drains at Dakahlia, and Giza, Egypt. Analysis of the water revealed inadequate water quality, particularly in the fish farms. Snails and piscivorous birds were abundant at fish collection sites. The recovered Clinostomid MCs morphological characteristics and COI gene sequence analysis identified them as Clinostomum complanatum, C. phalacrocoracis, and Euclinostomum heterostomum. Clinostomid MCs disturbed the fish’s hematological and biochemical blood parameters. Bath treatment of parasitized fish with praziquantel (2 mg/L for 24 h) revealed a significant reduction in the number of vital MCs vs. infected fish (non-treated). Praziquantel (PZQ) is an effective and safe therapy for controlling Clinostomid infections affecting farmed Nile tilapia. The current findings indicate a link between poor environmental conditions and Clinostomum infections in tilapia. The study highlights the impacts of Clinostomid MCs on fish health and recommends bath treatment with PZQ as an efficient control method for these dangerous parasites to protect human and fish health.

Soundscape design methodology using a perception model for activity transition in future mobility

In the context of Future Mobility, a methodology for soundscape design using a perception model has been developed to facilitate the implementation of performance spaces among various activity transitions. This approach involved evaluating the soundscape and room acoustics of orchestra performances and solo singing that penetrate the vehicle interior, aimed at comparing with the auditory and visual environments of a concert hall. The performance hall being compared was a large, rectangular concert hall, and the evaluation point was located in the center of the audience. To investigate audio-visual preferences, variables related to sound pressure level and spatial acoustic quality were initially defined. Following this, in-car human perception in Concert Hall mode was assessed, grounded on indoor acoustic parameters relevant to music listening, encompassing acoustic satisfaction and audio-visual components. To enhance the poor audio-visual environmental conditions inside the vehicle from a UX perspective, implementations of transparent displays and stereoscopic sound were implemented. The methodology was validated based on the psychophysiological responses of participants to the audio-visual soundscape factors, aiming for performance enhancement.

Long-Lasting Insecticidal Net Campaigns for Malaria Control Considering Prioritization and Equity

Malaria remains a significant public health concern in several developing countries. Tropical weather, coupled with poor environmental and socioeconomic conditions, increases mosquito activity and disease transmission in impoverished nations. The most effective strategy to prevent and control malaria is the use of long-lasting insecticidal nets, or LLINs. Ensuring that LLINs are effectively and equitably distributed to those who need them most is crucial yet challenging, especially since financial and health resources are scarce in endemic countries. Through a real-world case study conducted in the Brazilian Amazon, which accounts for 99% of malaria cases in Brazil, we propose a Malaria Vulnerability Index (MVI). This composite index encompasses epidemiological, socioeconomic, and environmental factors. Using the MVI, we developed a prioritization-based location-allocation model to maximize the benefits of targeting the most vulnerable municipalities for malaria interventions. Our mathematical model relies on discrete coverage levels, which makes the allocation of LLINs more flexible while ensuring community-wide protection. We also explore the theoretical relationship between our proposed model and classical demand covering problems. Finally, we discuss some approaches to delivering more equitable solutions by minimizing the number of underserved areas. Our results include comparisons between various malaria interventions and provide practical insights. In particular, we show that we can drastically reduce the number of underserved areas without compromising the effectiveness of the LLINs allocation through lexicographic optimization. The results also reveal that with investment levels up to 50% of the ideal, we can fully protect the endemic area after 2 years of successive interventions.

Investigation of the Relationship between Environmental Conditions and Public Health in Developing Countries from a Psychological Perspective

The surrounding landscapes and environmental conditions significantly influence humans psychologically, physically, and in quality of life. By examining both environmental conditions and overall human health, it is possible to enhance health support and implement more effective policies. Landscape affects human beings significantly in various aspects, including political, aesthetic, health, and well-being. Although the previous studies focus on developed countries, fewer studies have been conducted in third-world countries. This paper aims to investigate the impact of everyday environmental conditions on health in third-world countries, specifically through the lens of environmental psychology. Data were collected through field research in Guatemala. Generally, suburban and rural areas with suitable environmental conditions have a positive health effect compared to urban areas with poor environmental conditions. Our results suggested that these effects include mental health improvements, physical illness recovery, and overall well-being. Our study advocates for stronger governmental support and increased public awareness regarding the influence of environmental conditions on overall health to reduce emissions and improve both environmental quality and health outcomes.

PENINGKATAN KUALITAS HUNIAN PADA PERMUKIMAN PADAT DI RW 02, KELURAHAN KRENDANG, JAKARTA BARAT

The settlement in RW 02, Krendang sub-district, Tambora district, West Jakarta, is a dense and unorganized urban settlement resulting from an unplanned incremental growth process. Apart from poor environmental sanitation conditions, this settlement has a low quality of residential space with very limited natural lighting and ventilation due to the closeness of the buildings and the lack of open space. This settlement is the location for implementing a community service program which aims to help the West Jakarta government deal with the city's slum problem by involving community participation to improve the quality of residential space. The initial program in 2023 aims to open people's minds about the importance of healthy residential spaces, and to make this happen can be done using simple, low-cost methods. In the next stage, sustainable programs will be continued until a model of healthy, low-cost housing is realized in this settlement. A series of community service activities have been carried out with the culmination of counseling activities for social treatment to build collective insight and awareness among residents. The counseling took place at the community hall, attended by RW administrators as well as RT representatives and community leaders within RW 02. The counselor team used pictures of simulation designs for the renovation of multi-purpose buildings and pre-school children's education in RW 02 as counseling aids. Based on pre-test and post-test data through filling out questionnaires by participants, it shows a significant increase in collective awareness regarding the program objectives.

Assessment and Analysis of Medication Errors in the Outpatient Pharmacies of a Private Hospital in Batam

Medication errors are defined as any preventable event that may cause or result in inappropriate medication use or patient harm when the medication is under the control of a healthcare professional, patient or consumer. Medication errors occur when weak medication systems and/or human factors such as fatigue, poor environmental conditions or understaffing affect prescribing, transcription, dispensing, administration and monitoring practices, which can then result in serious harm, disability and even death. The purpose of this study was to evaluate medication errors in outpatients at a private hospital in Batam City. This study is a cross-sectional study with a retrospective data collection technique from outpatient prescription data in January - March 2022 at a private hospital in Batam City. The sample calculation used the Slovin method with 225 samples. The results of the study stated that the incidence of medication errors at the prescribing stage was 58 (37.7%) unreadable prescriptions, 20 (13%) incorrect doses and 5 (3.2%) inappropriate indications, at the transcription stage there were 11 (7.1%) unexpected drug reaction errors, 34 (22%) errors due to drug interactions, at the dispensing stage there were 22 (14.3%) errors in prescribing dosage forms, 2 (1.3%) due to incorrect manufacturing and preparation and 1 (0.6%) due to incorrect administration of damaged drugs. At the administration stage there were 1 (0.6%) errors due to negligence in giving drugs to patients.

Sosialisasi Gizi dan Penyuluhan Keluarga Berencana Sebagai Upaya Menurunkan Angka Stunting di Desa Kemiri

Stunting is a chronic nutritional problem in young children that has serious implications for physical growth, cognitive development, and individual productivity. This condition is caused by a range of complex factors, including poor maternal nutrition and environmental conditions affecting quality of nutrition. The first 1,000 days of life represent a critical period for stunting prevention, as children's brain growth and development are particularly rapid during this time. Socialization regarding the importance of balanced nutrition and Family Planning programs is a strategic step to support optimal child growth and prevent stunting. This program begins with obtaining permits and coordinating with the Head of Kemiri Village to identify appropriate targets, as well as involving local neighborhood association in surveying facilities and infrastructure. The initiative aims to raise awareness in Kemiri Village about stunting and its prevention, and to educate the importance of balanced nutrition for supporting optimal child growth. Through socialization and counseling, it is hoped that the community will be able to recognize signs of stunting and take appropriate actions. This aligns with the village’s sustainable development goals (SDGs), particularly in achieving the target of a hunger-free village. By reducing the prevalence of stunting, the quality of life for the community can be significantly improved.

FecalSeq enrichment with RAD Sequencing from non-invasive environmental samples holds promise for genetic monitoring of an imperiled lagomorph

Despite advances in genomic sequencing and bioinformatics, conservation genomics is still often hindered by a reliance on non-invasive samples. The presence of exogenous DNA and the low quantity and poor quality of DNA in non-invasive samples have been a roadblock to sequencing, thereby limiting the potential for genomic monitoring of endangered species. Recent molecular advances, such as host DNA enrichment, hold promise for facilitating sequencing from non-invasive samples. We used the FecalSeq method to enrich DNA extracted from wild-collected fecal pellets of the imperiled New England cottontail and identified SNPs from 3RAD Sequencing. We obtained SNPs from rabbit pellets, including pellets that were collected in poor environmental conditions and samples that performed poorly with microsatellites. Measures of sequencing success improved with greater amounts of starting DNA and 32% of samples generated SNP genotypes that passed quality control filtering. Genotyping error rates were high, however, and the approach was unable to consistently distinguish unique individuals or matching genotypes, while it was suitable for recovering the expected population structure. Pairing FecalSeq enrichment with RADseq is a promising low-cost method for monitoring wild populations using non-invasive samples in an environmental context, but it may be better suited for informing conservation through population genomics.

Urban Climate Change in Populated Kathmandu Valley, Nepal: A Case Study

Kathmandu Valley, the capital and commercial hub of Nepal, is experiencing rapid and unmanaged urbanization, leading to poor environmental conditions. The population, a key indicator of urbanization, has been growing at an average rate of 2.08% per year. This population growth from 1990 to 2021 has significantly altered land use, resulting in increased temperatures and transforming the valley into an Urban Heat Island (UHI). This study examines the effects of UHI by comparing normalized Land Surface Temperature (LST) in Kathmandu Valley and assessing the influence of land use changes on UHI intensity between 1990 and 2021. The result shows that built-up area has expanded by 30.7% of the total area, while the agricultural area has decreased by 33.59%. These changes in land use and land cover have caused a significant temperature increase at a rate of 0.038 °C per year. Green space density, measured by the Normalized Difference Vegetation Index (NDVI), has declined from 35.59% to 29.17%, being replaced by built-up areas. LST is inversely related to the presence of surface vegetation. The UHI phenomenon is observed to be stronger in urban centers such as Tribhuvan International Airport, Patan industrial area, Kritipur, and Kalanki, while it is weaker in semi-urban regions like Suryabinayak and Godawari. As climate change poses significant health and environmental challenges, adaptation has become a major issue for developing countries. Therefore, it is essential to implement change control and mitigation strategies specifically tailored to each urban region.

Were fewer boys born in the United States during the early months of the COVID-19 pandemic? A test of the Trivers-Willard hypothesis.

The Trivers-Willard hypothesis predicts that mammalian parents in poor environmental conditions will favor the offspring sex with more reliable chance of reproductive success, which in humans is females. Three months following the onset of the COVID-19 pandemic in South Africa, England, and Wales, there were significant decreases in the sex ratio at birth (SRB) (male births/total live births). We analyzed this ratio with a seasonal autoregressive moving average model, and a logistic regression, using nationwide natality data for all singleton births in the United States from 2015 to 2021 (n = 25,201,620 total births). We identified no significant change in the sex ratio in either analysis. Rather, we observed marked differences in the sex ratio by maternal characteristics of race/ethnicity, age, and education, with more vulnerable groups having lower sex ratios. These findings suggest the SRB may be an important marker of reproductive vulnerability for disadvantaged groups in the United States.

Evaluation of Outbreak Preparedness to Prevent the Reintroduction of Malaria in Ramanagara District: A Descriptive Epidemiological Study.

Background Malaria is a vector-borne disease transmitted by female anopheline mosquitoes. It is also a multidimensional disease influenced by social factors such as poor environmental conditions and awareness gaps. India has witnessed a substantial reduction in malaria cases and has declared three regions as malaria-free, with Karnataka being one of the states. However, Karnataka witnesses significant population movement and migration, which influences the spread of malaria. Ramanagara, a district in Karnataka, reported zero indigenous cases over the past three years. Hence, we selected this district to evaluate outbreak preparedness to prevent the reintroduction of malaria. This choice underscores the district's significance as a valuable model for preventing the reintroduction of malaria. Methodology Baseline survey data on malaria cases and vector survey data were evaluated for the period spanning 2018 to 2022. The data were gathered from both the regional office and the Ramanagara district health office. In addition to the documenting system, because there was no regular submission of Form-P and Form-L of the Integrated Disease Surveillance Project and Integrated Health Information Platform from the private sector, to complete the missing data, across-sectional study was conducted among private sector practitioners and pharmacies in Ramanagara from April 2023 to June 2023. Data was collected via interviews using a malaria surveillance assessment toolkit sourced from the National Centre for Vector Borne Diseases Control and World Health Organization protocols to assess six core areas of malaria elimination. Data collected via interviews were compiled in MS Excel and analyzed using SPSS Statistics for Windows, version 26.0 (IBM Corp., Armonk, NY, USA). Results Malaria control measures in the selected district achieved >80% coverage with notable improvements in the National Health Mission-National Vector Borne Disease Control Programme fund utilization, logistics availability, and physical performance over the past five years. The Annual Parasite Index was <1 at 0.0061 in 2018 and 0.0017 in 2022. The annual blood examination rate was consistently >10 from 22.05 in 2018 to 24.36 in 2022. The primary vectors identified were Anopheles culicifacies and Anopheles stephensi. In 2018, there were six cases of Plasmodium vivax and one case of Plasmodium falciparum reported as imported cases. In 2021 and 2022, two cases of P. vivax were reported. Notably, there were no instances of mixed infections or indigenous cases documented from 2018 to 2022 Conclusions Although the level of outbreak preparedness in the region is satisfactory, the effectiveness of vector control measures appears to be lacking. Increased government funding is needed along with comprehensive training and workshops for healthcare workers. Adequate financial resources and enhanced skills among healthcare workers are crucial to reinforce the existing efforts to control vectors and prevent potential outbreaks effectively.

Impact of COVID-19 on Manila City Jail: Perspectives of Persons Deprived of Liberty and Jail Officers

This study aimed to assess the implementation of COVID-19 health protocols by the Bureau of Jail Management and Penology (BJMP) at Manila City Jail and to determine the impact of the pandemic on Persons Deprived of Liberty (PDLs) and jail officers in terms of family, psychological, physical, and infrastructure factors. The study involved 50 PDLs and 50 jail officers, and used a quantitative research approach. The findings revealed that the BJMP had strictly implemented COVID-19 health protocols within the jail, such as mandatory mask-wearing, temperature checks, social distancing, and sanitization measures. However, the COVID-19 outbreak still significantly impacted the PDLs and jail officers. In terms of family, the pandemic caused high levels of fear for the safety of family members, affected family relationships, and limited visitation and communication. Psychologically, the respondents experienced high levels of worry about the virus spreading due to overcrowding, and feeling scared of potential COVID-19 symptoms. Regarding physical and infrastructure factors, the jail had insufficient hygiene supplies and poor environmental conditions that increased virus transmission. While there were substantial differences between PDLs and jail officers in their assessments of the pandemic's impact on family, no significant differences were found in their psychological and physical/infrastructure assessments. The study recommends that the BJMP continue implementing strict health protocols, provide peer support networks and counseling services to address mental health, and organize regular sanitization campaigns to mitigate the spread of COVID-19 and other infectious diseases within the jail. Overall, the findings highlight the significant challenges faced by PDLs and jail officers during the pandemic, underscoring the need for comprehensive strategies to protect the health and well-being of these vulnerable groups.

Explore Indonesian Spatial Patterns: Poor House Sanitation and Critical Environmental Disease in East Kalimantan

Objective Community-Led Total Sanitation, along with its contained 5 pillars, impacts on the fundamentals of status environmental health. This study aims to determine the spatial distribution pattern with sanitation facilities. This research aimed to analyze the distribution of houses with low economic priority in terms of topografi and their occupants' health conditions, focusing on critical environmental-based diseases, particularly stunting. Methods In order to improve sanitation facilities in terms of the community-based total sanitation pillar, this program was utilized as the stimulant recipient in this study, which had a population of 45 homes with special attention categories. Total sampling was employed to establish the research sample. Average Nearest Neighbor (ANN) and one-way analysis of variance (ANOVA) were used to examine the gathered data. Results As a result, the distribution pattern of the houses by looking at the poor environmental health condition, is categorized as clustered. The topography is hilly, with poor access to clean water, and there is no difference in the physical condition of the houses. Conclusion The pattern of distribution of houses with low economy is obtained in groups in areas that do not have access to adequate clean water. Diseases that exist in these community groups include diarrhea, tuberculosis, ISPA, and stunting.

Indoor environmental quality in schools: NOTECH solution vs. standard solution.

In many Danish schools, the indoor environmental quality (IEQ) is challenged and studies document a poor IEQ in a majority of existing schools. Municipalities cannot afford comprehensive renovations and expensive mechanical ventilation solutions, hence public schools often suffer from poor indoor environment conditions. This study tests a new façade based, demand-controlled ventilation solution called NOTECH in the renovation of school. The study tests NOTECH vs. existing mechanical ventilation solution, comparing performance of both solutions at Skovbrynet Skole in Denmark. The project investigates the effect of the NOTECH solution in a primary school classroom, comparing it to a similar classroom with conventional, mechanical ventilation. Methodically, indoor environmental quality and energy performance is monitored in the two identical classrooms during one school year 2018 - 2019. The results show that both systems keep the conditions within acceptable limits and CO2 levels below 1000 ppm, which is the requirement according to the Danish Building Regulations. In terms of costs, the NOTECH system has a lower overall cost than the mechanical ventilation system, with total estimated costs for installation, heating, electricity and maintenance amounting to approximately 35% of the mechanical system's costs. Finally, the results show that the NOTECH solution has a smaller embedded CO2 footprint for building materials, reducing the estimated carbon load by 95% compared to the mechanical ventilation solution. While the performance of the both systems complies to the Danish Building Regulations, the indoor environmental quality between systems differs significantly. Results showing a higher air-temperature and lower relative air-humidity in the classroom with mechanical ventilation during winter and lower CO 2 levels in the mechanically ventilated classroom during winter and summer. Costs for implementation, energy consumption for heating and CO 2 footprint for building materials are significantly lower for the NOTECH solution, compared to the mechanical solution.

Ayurveda Approach towards Respiratory Illness in Children

Abstract: Preventable diseases such as pneumonia, diarrhoea, and other infections are the leading causes of morbidity in children, therefore each child's physical and emotional needs differ according to their age, personality, and developmental stage. 15% of children suffer from RRTIs. Predisposing variables include immune system inadequacies, anatomic and functional changes in the respiratory tract, air pollution exposure, and poor socioeconomic conditions. RRTIs are a prevalent disorder, especially in children under the age of six, and are usually caused by poor environmental conditions. 60% of patients had bacterial growth but RRIs begin as a viral respiratory tract infection and symptoms of infection for at least 10 days.i URTI is most common known cause of morbidity in children, which causes limiting daily activities and causing school absence.

Comparative Study of Indonesia and Denmark in Creating a Smart Environment

This study aims to compare the efforts of the Governments of Indonesia and Denmark in realizing a smart environment SDG's agenda. This urgency is motivated by the poor environmental conditions in Indonesia while the government is targeting a reduction in emission production by 2030. This research uses a qualitative method. The results of this study indicate that the Government of Indonesia in pursuing a smart environment has not been optimal. This can be seen from the several indicators used in this study: (1) the Attraction of Natural Conditions indicator, the Indonesian Government has not enforced regulations or programs aimed at maintaining the balance of green open spaces. Meanwhile, the Danish Government has launched a city greening program through construction of green buildings. (2) Air Pollution Integrated Index indicator, the Indonesian government has not been able to minimize the number of vehicles through the use of electromobility-based vehicles as has been done by the Danish government. (3) Indicators of Sustainable resource management, the Indonesian Government has not been able to optimize the development of technology for processing waste and waste into residues that can be reused. While in Denmark, which is able to turn waste into residue that can be reused.

Evaluation of Iron Metabolism in a Sample of Children Infected with Pinworm Disease in Anbar Province/ Iraq

Pinworm Enterobius vermicularis is a common parasitic worm that infects humans, and its disease is widespread around the world, especially among children. Its infection occurs in areas with poor health and environmental conditions that lack personal hygiene. The study was conducted to determine pinworm infection prevalence in the several areas of Anbar Governorate and the status of some physiological indicators associated with it. The entire children attending Fallujah Teaching Hospital ages between 4 and 15 years were part of the study, and the study period included November 2022 to November 2023. The total samples comprised 1350 samples from various locations in Anbar Governorate. The infection was diagnosed in this study by direct microscopic examinations with a Logul-iodine-stained swab, and egg concentration methods, namely flotation with salt and zinc sulphate, and ana adhesive tape method. Physiological tests i.e. iron levels, ferironportin, and iron transporters. Analysis of the study yielded a total pinworm infection rate of 6.28% of all samples. The blood test results showed a marked reduction in hemoglobin level and an increment in eosinophils count in the infected group compared to the healthy controls. Concomitantly, total iron, ferroportin, and diaphoretic transporter levels decreased in the infected group providing an association between infection with the parasite and anemia.

Analysing the factors influencing groundwater quality with different pollution indices and PLS-SEM approach in the vicinity of an open dumping yard in Saduperi, Vellore, Tamil Nadu, India.

Open dumping is the prevailing municipal solid waste (MSW) disposal technique in India. Unsanitary landfill releases leachate that contaminates valuable groundwater. Hence, the present study was carried out in the vicinity of the Saduperi open dumpsite, Vellore, Tamil Nadu, India, to explore the key factors that influences groundwater contamination. A total of 216 groundwater samples were collected between May 2021 and April 2022. These samples were categorised into four different seasons such as summer, southwest monsoon (SWM), northeast monsoon (NEM), and winter. Pollution indices such as the Leachate Pollution Index (LPI) and the Heavy Metal Pollution Index (HPI) were used to evaluate the contamination potential. The calculated LPI > 35 in all seasons indicates the prevailing poor environmental condition. It was observed that about 56% of the sampling site was affected by heavy metal concentrations such as Cd, Cr, and Ni. The HPI value was found to be more than the critical value of 100 in the 10 sampling wells for all seasons. Partial least squares-structural equation modelling (PLS-SEM) has also been carried out in this study to create a link between latent variables such as 'IOT Parameters', 'Leachate Parameters', 'Heavy Metal', and 'Groundwater Quality' which were quantified by the yield of R2 value. The R2 value of the sampling well ahead of the dumpsite and along the direction of the groundwater flow values ranges from 24.7 to 86.5% in comparison to the wells located behind the dumpsite, which are prone to more contamination due to migration of leachate. Hence, this present study shows various influencing factors that affect the groundwater quality.

Perceived Air Quality, Thermal Comfort and Health: A Survey of Social Housing Residents in Kazakhstan

Kazakhstan is in Central Asia and is the ninth-largest country in the world. Some socially vulnerable segments of the Kazakh population residing in subsidised social housing have experienced a range of problems due to the low quality of housing construction and its planning. Poor indoor environmental conditions in social housing contribute to occupants’ comfort, health, and general well-being. This study assessed social housing residents’ health and quality of life, focusing on their perceived indoor air quality and thermal comfort satisfaction. A cross-sectional survey in Kazakhstan was conducted to test the effects of environmental factors on social housing residents’ health and satisfaction. Four hundred thirty-one responses were analysed, and the SF12v2 questionnaire was used to measure the health-related quality of life. Multiple regression analysis showed that air quality negatively predicted the respondents’ physical (PCS) and mental (MCS) health. In addition, age, smoking, and employment status had a significantly negative effect on PCS, while education level had a predictive positive effect. Thermal conditions negatively predicted only MCS, as well as alcohol consumption. Next, the air-conditioning control factor had a negative effect. In contrast, low air circulation, low humidity, high solar gain, temperature imbalance, duration of the residence and alcohol consumption had a significantly positive effect on overall satisfaction with the temperature. The odour sources from tobacco, furniture and external sources were predictors of respondents’ overall air quality satisfaction, along with the duration of the residence, alcohol consumption and smoking status.