Workforce shortages in long-term care interact with family migration patterns in ways static forecasts miss. We build an agent-based model linking household composition, wage differentials, and care-hour demand for community-dwelling dementia patients. Scenarios restricting caregiver visas increase unmet care hours and accelerate institutional placement, while modest stipends for co-resident relatives reduce hospital readmissions in sensitivity runs. Results highlight policy packages that jointly address immigration and family support rather than treating them as separate silos.

Bulk RNA-seq averages cell states that diverge rapidly during bleaching onset. We profile coral and algal cells from branching colonies exposed to controlled temperature ramps and identify subsets of gastrodermal cells that downregulate nutrient exchange transporters before visible paling. Algal cells show heterogeneous photosystem transcript collapse, indicating that colony-level bleaching masks resilient microenvironments. Findings refine targets for assisted evolution experiments selecting heat-tolerant holobiont combinations.

Embodied carbon debates often ignore construction waste and transport of prefabricated modules. We model cradle-to-handover impacts for functionally equivalent eight-story residential designs using regional electricity mixes and transport distances. Timber modules reduce global warming potential substantially when biogenic carbon storage is credited under static methods, yet sensitivity analysis shows that long-haul module shipping and end-of-life incineration can narrow the advantage depending on policy assumptions.

Telehealth uptake among seniors is uneven when screening tools assume English-centric device metaphors. We translate and validate a ten-item digital literacy scale across Polish, Spanish, and Indonesian samples recruited from community clinics. Confirmatory factor analysis supports a two-factor structure of device skills and health information appraisal, with measurement invariance holding for most items. Scores predict successful first video visit completion better than years of smartphone ownership alone.

Mycotoxin risk rises when fungal contamination is confirmed only after shipment. We adapt Cas12a assays targeting conserved ITS regions of Aspergillus and Fusarium species and couple cleavage products to paper strip readers usable in warehouses. Limit of detection approaches laboratory PCR on spiked maize while remaining robust to dust inhibitors after a simplified lysis step, though multiplex panels still require sequential runs that lengthen field workflows.

Information campaigns alone rarely shift weekly discard habits in dense apartment blocks. We randomize households to smart bin weight feedback, peer-comparison messages, or both over eight weeks. Combined treatment yields the largest reduction in avoidable edible waste, while feedback alone plateaus after novelty fades. Interviews reveal that peer norms matter most when neighbors share composting facilities, implying design should match building infrastructure rather than assume universal messaging effects.

Retention ponds intended for flood control may also concentrate microbial pollutants after intense storms. We sample sediments and water columns before and after monsoon peaks and quantify resistance gene abundance via shotgun metagenomics. Tetracycline and sulfonamide markers spike after first-flush events linked to combined sewer overflows, yet diversity metrics rebound within weeks, suggesting transient enrichment rather than permanent reservoir establishment under the climates studied.

Sepsis alerts based on static thresholds generate excessive false alarms when staffing ratios are thin. We train a temporal transformer on minute-level heart rate, respiratory rate, and oxygen saturation from two district hospitals and compare against NEWS2 escalation rules. The model advances median detection by several hours while keeping nurse workload within agreed false-positive budgets, although calibration drifts when transfer protocols change mid-study, motivating site-specific recalibration schedules.

Psychological adaptation to climate variability and environmental threats represents a critical yet understudied dimension of risk management and resilience in high-mountain populations. This study, built with an exploratory empirical design, integrates geographical, climatic, and psychological approaches to analyze the relationships between climate perception, psychosocial characteristics, and adaptive potential among indigenous communities in the Ecuadorian Andes. Study areas are located in two representative highland sites: the southern flanks of Chimborazo volcanic complex and the basin of San Pablo lake in Imbabura Province. The research involved 3 ethnocultural groups of indigenous communities: Puruhá, Kayambi, and Otavalo populations belonging to the Kichwa nationality of the Andean region. Data were collected through structured questionnaires on climate perception and its impact in productive activities, psychometric techniques assessing psychosocial adaptation (self-portrait, "Who am I?" test, Janoff-Bulman's Basic Assumptions Scale, Luscher Color Test), psychosomatic symptom surveys, and geographic GIS-supported analysis of spatial dynamics (multitemporal analysis of settlement patterns, road networks, and land use). Spatial analyses revealed contrasting dynamics between the study areas: expansion of the agricultural frontier and more intensive land use in Chimborazo, versus relatively stable land-use patterns with increased eucalyptus plantations and densified secondary road networks in the basin of San Pablo lake. Comparisons of instrumentally measured climatic data with local perceptions of climate variability demonstrated that precipitation variability and irregular seasonal patterns were the most outstanding changes experienced by communities. Psychosocial assessments showed generally adequate energy levels and resilience potential across groups, although higher neuropsychological tension and vulnerability indicators were identified among Kayambi and Otavalo respondents. Cluster analyses further differentiated subgroups with varying adaptive capacities and risk profiles. The findings highlight that adaptive potential in high-mountain indigenous populations emerges from the interaction between environmental exposure, territorial dynamics, cultural cosmovision, and individual psychological resources. Results of multicultural comparative analysis indicate that most of the participants perceive climate variability and recognize its influence on agricultural productivity and food security, although perception typologies differ significantly across ethnocultural groups and altitudinal zones. Four perception types were identified (internal, external, internal–external, and inconsistent) reflecting different cognitive and experiential vectors in understanding environmental change. Among Puruhá communities, inconsistent perception is predominant, Kayambi respondents showed a strong tendency toward external perception, and Otavalo populations displayed more heterogeneous distributions. These perception patterns were associated with distinct configurations of basic beliefs about the benevolence and justice of the world, perceived personal control, and the role of randomness of events, suggesting culturally mediated pathways of psychological adaptation. The study underscores the importance of incorporating psychosocial and perceptual dimensions into climate change adaptation strategies, particularly in culturally diverse and ecologically fragile regions.