Arctic Populations
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Arctic Populations
The Arctic is home to a diverse collection of Indigenous and non-Indigenous populations living across Alaska, northern Canada, Greenland, Iceland, northern Scandinavia, and the Russian Arctic. Indigenous peoples include Inuit, Iñupiat, Yup'ik, Kalaallit, Sámi, Aleut and Unangan peoples, Athabaskan groups, Nenets, Chukchi, Evenki, Even, Nganasan, Khanty, Yukagir, Siberian Yupik, and numerous other communities. These populations have distinct histories, languages, cultures, economies, and relationships with Arctic environments, making it misleading to treat the inhabitants of the circumpolar North as a single population.
Research on Arctic populations encompasses much more than population counts. Demography, migration, health, nutrition, housing, genetics, climate change, traditional livelihoods, language, cultural continuity, and political governance are closely interconnected. The rapid environmental and social transformation of the Arctic has intensified many of these relationships.
Population and Demographic Change
Arctic demographic trends differ greatly between regions. Some areas have experienced population growth while others face ageing populations, migration, or substantial population decline. Nunavut has a relatively young population and remains overwhelmingly Indigenous, with Inuit forming the largest population group. Inuit populations are also distributed throughout Nunavik, Nunatsiavut, the Inuvialuit Settlement Region, Greenland, Alaska, and communities farther south.
Population trends in the Nordic Arctic show a more complicated picture. Many remote northern regions have experienced ageing, rural depopulation, and concentration of people in larger settlements. At the same time, some designated Sámi areas in Norway have recently experienced renewed population growth associated primarily with migration even while natural population growth remains weak.
The Russian Arctic experienced particularly dramatic demographic disruption following the collapse of the Soviet Union. Some areas, including Chukotka, lost large portions of their population as non-Indigenous residents migrated away. Indigenous communities sometimes followed different demographic trajectories from surrounding populations.
Estimating the total Indigenous population of the circumpolar Arctic is difficult. Countries use different definitions of Indigenous identity and collect ethnicity, language, ancestry, residence, and self-identification data in different ways. Researchers have therefore emphasized that apparently precise population totals should be interpreted in light of these methodological differences.
Migration, Urbanization, and Changing Settlements
Migration is reshaping Arctic settlement patterns. Movement from villages and remote communities toward regional centers and cities occurs throughout northern North America and northern Europe. Alaska Native populations, for example, have experienced continuing rural-to-urban migration. Housing availability, employment, education, healthcare, safety, cost of living, community relationships, and opportunities for subsistence activities can all influence migration decisions.
Migration does not always involve a simple movement from rural areas to large cities. People may move between villages, regional centers, and urban areas while maintaining social, cultural, and economic connections with their home communities. Increasing numbers of Indigenous people also live in cities while continuing to identify strongly with Indigenous cultures and homelands.
Climate change adds another dimension. Coastal erosion, flooding, permafrost thaw, deteriorating infrastructure, changing sea ice, and other environmental hazards increasingly affect Arctic settlements. Although environmental change is not the only cause of migration, it can interact with housing shortages, economic pressures, infrastructure limitations, and existing social conditions to influence whether communities remain, adapt, or relocate.
Health and the Epidemiological Transition
Many Arctic Indigenous populations have undergone a major epidemiological transition. Infectious diseases that historically caused substantial mortality have been joined or partly replaced by chronic conditions including cardiovascular disease, obesity, diabetes, and other metabolic disorders.
Among Inuit populations, research documents changing patterns of diet, physical activity, smoking, obesity, diabetes, hypertension, and cardiovascular risk. Greenland and other Inuit regions have become important locations for population-based health research examining how rapid social and dietary transitions interact with disease.
Health patterns vary substantially among Arctic peoples and regions. Research among Sámi populations, for example, has examined cardiovascular disease, cancer, diabetes, musculoskeletal problems, occupational injuries, psychological health, and the health effects of discrimination. Studies emphasize that Sámi health cannot be understood solely through biological factors; socioeconomic conditions, employment, language, cultural identity, geography, and experiences of discrimination can also influence wellbeing.
Remote geography creates additional challenges. Specialized medical services may be hundreds or thousands of kilometers away, requiring patients from northern communities to travel substantial distances for care. Limited infrastructure, workforce shortages, transportation costs, and culturally or linguistically inappropriate services can further affect healthcare access.
Food Systems, Housing, and Social Determinants of Health
Traditional foods remain central to the nutrition, culture, identity, and social relationships of many Arctic Indigenous peoples. Inuit diets traditionally include marine mammals, fish, caribou, birds, and other locally harvested foods, while reindeer herding, fishing, hunting, and gathering remain important within Sámi and Russian Arctic communities.
A widespread nutrition transition has nevertheless occurred as imported market foods have become more prominent. Traditional foods can provide protein, iron, selenium, omega-3 fatty acids, and other nutrients, while increasing dependence on highly processed market foods may contribute to nutritional deficiencies and chronic disease. High food prices and transportation costs create additional pressures in remote communities.
Food security therefore involves more than the availability of calories. Access to wildlife, functioning ecosystems, hunting equipment, fuel, transportation, knowledge transmission, land access, and community food-sharing networks can all affect whether people can obtain culturally appropriate foods.
Housing is another important determinant of Arctic health. Overcrowding, inadequate housing, mould, major repair needs, and hidden homelessness have been documented in several Inuit regions. Crowding can contribute to psychological stress and may increase vulnerability to infectious disease. Research following Inuit families who moved into improved housing indicates that better housing can produce measurable improvements in psychological and respiratory wellbeing.
Climate Change and Environmental Health
Climate change is transforming the physical and social environments on which Arctic populations depend. Declining sea ice, thawing permafrost, coastal erosion, extreme weather, changing snow conditions, altered wildlife distributions, and ecosystem change can affect transportation, hunting, fishing, infrastructure, water systems, and food security.
For Indigenous communities, these impacts extend beyond physical exposure to environmental hazards. Changes in landscapes and wildlife can disrupt cultural practices, traditional livelihoods, intergenerational knowledge transmission, community identity, and relationships with ancestral lands.
Sámi reindeer herders face changing snow and ice conditions, vegetation shifts, rain-on-snow events, habitat fragmentation, forestry pressures, and other land-use changes. Inuit and Alaska Native hunters may encounter less predictable sea ice, shifting animal migration patterns, altered weather conditions, and increasingly difficult travel.
Climate-related changes may also affect mental health. Loss of access to important landscapes, disruption of traditional activities, uncertainty about future livelihoods, food insecurity, and ecological grief can produce psychological stress. At the same time, community knowledge, cultural continuity, social networks, and Indigenous institutions can strengthen resilience.
Indigenous Knowledge, Governance, and Subsistence
Arctic Indigenous peoples are increasingly involved in the governance and scientific study of their own territories. Co-management institutions, Indigenous-led research, community monitoring, and knowledge co-production seek to combine scientific methods with knowledge developed through generations of observation and experience.
Indigenous knowledge can provide detailed information about weather, sea ice, animal behavior, vegetation, seasonal change, and ecosystem relationships. It also encompasses social, cultural, ethical, and practical knowledge that cannot be reduced to environmental observations alone.
Subsistence activities such as hunting, fishing, gathering, and reindeer herding remain economically and culturally significant even in communities fully integrated into national economies. They provide food but also support language, social relationships, identity, knowledge transmission, and connections between generations.
Control over land and resources therefore has direct implications for population wellbeing. Development projects, mining, oil and gas production, logging, conservation policies, and climate adaptation programs may affect Indigenous communities when decisions alter access to traditional territories or resources. Greater Indigenous participation in decision-making and research is consequently an important theme throughout contemporary Arctic governance.
Population History, Genetics, and Adaptation
Ancient DNA and modern genomic research have substantially changed understanding of Arctic population history. Studies reveal multiple population movements connecting northeastern Siberia, Alaska, the Canadian Arctic, and Greenland rather than a single migration into the Arctic.
Ancient Paleo-Eskimo populations, later Thule-associated Inuit ancestors, Aleut populations, Na-Dene-speaking peoples, and Siberian groups participated in complex movements and interactions across northern Eurasia and North America. Genetic research has also identified significant regional population structure within modern Arctic populations.
Some genetic variants occur at unusually high frequencies in particular Arctic groups. Variants affecting fatty-acid metabolism and glucose regulation have been studied among Inuit and Greenlandic populations. The CPT1A region has been associated with Arctic dietary adaptation, while a TBC1D4 variant common in Greenland has important effects on glucose metabolism and type 2 diabetes risk.
These findings demonstrate interactions among population history, natural selection, genetic drift, diet, and changing environments. They should not be interpreted as evidence that Arctic populations are biologically uniform. Genetic variation is substantial both within and among Inuit, Sámi, Alaska Native, Siberian, and other northern populations.
Mental Health, Cultural Continuity, and Resilience
Mental health research has documented serious challenges in some Arctic communities, including psychological distress and elevated suicide risk among particular populations and age groups. These outcomes have been examined in relation to rapid social change, childhood adversity, substance use, discrimination, cultural disruption, historical trauma, economic conditions, and access to mental-health services.
Research also identifies protective factors. Cultural continuity, Indigenous language use, participation in community life, family relationships, traditional activities, connections to land, and Indigenous governance can contribute to resilience and wellbeing.
Among Sámi communities, discrimination and pressures associated with minority status have been linked to psychological distress and some physical symptoms. Young reindeer herders may face distinctive occupational and cultural pressures. At the same time, cultural traditions, including language, community networks, reindeer-herding knowledge, and practices such as yoik, can provide sources of identity and connection.
For Inuit communities, culturally grounded health and social-service models increasingly emphasize Indigenous knowledge, language, relationships, and community-defined concepts of wellbeing rather than relying exclusively on outside models of healthcare.
Alaska, Canada, Greenland, Scandinavia, and the Russian Arctic
Regional differences remain fundamental to understanding Arctic populations. Alaska Native communities experience issues involving rural-to-urban migration, subsistence, healthcare access, environmental change, food security, and culturally appropriate health services.
Canadian Inuit populations in Nunavut, Nunavik, Nunatsiavut, and the Inuvialuit region face distinct combinations of housing shortages, food costs, healthcare accessibility, climate pressures, and demographic change. Inuit-led approaches increasingly seek to integrate cultural knowledge and community priorities into research and service delivery.
Greenland provides extensive population-health and genetic data because of decades of nationwide surveys. Research there documents rapid dietary and social change, increasing chronic disease, mental-health challenges, urbanization, household conditions, and distinctive population-genetic patterns.
Sámi communities extend across Norway, Sweden, Finland, and Russia. Their circumstances vary among countries and between reindeer-herding and non-herding populations, rural communities, and cities. Health, discrimination, migration, language, land rights, and climate impacts on reindeer herding are recurring areas of study.
The Russian Arctic contains numerous Indigenous peoples with different languages, subsistence systems, and demographic histories. Studies document demographic change, reindeer herding, diet, healthcare, water and sanitation, industrial development, and exposure to environmental contaminants. Research in Chukotka, Yamal, Nenets regions, Siberia, and other areas illustrates the diversity of conditions across the enormous Russian North.
Environmental Contaminants and One Health
Arctic food systems create an important health paradox. Traditional foods provide major nutritional and cultural benefits, yet some marine mammals, fish, reindeer products, and other foods can also contain contaminants transported to or released within Arctic ecosystems.
Studies in the Russian Arctic and other circumpolar regions have examined mercury, cadmium, lead, arsenic, persistent organic pollutants, and other substances in traditional foods and human populations. Public-health recommendations must therefore balance contaminant exposure against the nutritional, economic, cultural, and social benefits of traditional diets.
This interconnectedness is increasingly described through a One Health framework. Human health in the Arctic cannot be separated easily from wildlife health, ecosystem conditions, food systems, infectious diseases, contaminants, climate change, and community infrastructure. Changes affecting animals, water, land, or sea ice can eventually influence human nutrition, disease exposure, livelihoods, and wellbeing.
Conclusion
Arctic populations are undergoing simultaneous demographic, environmental, economic, cultural, and health transitions. Population growth in some regions exists alongside ageing and depopulation elsewhere. Urbanization and migration create new opportunities while also changing relationships between communities, traditional territories, and cultural practices. Chronic disease, food insecurity, housing shortages, healthcare barriers, and mental-health concerns interact with broader socioeconomic and historical conditions.
Climate change intensifies many of these pressures by altering sea ice, permafrost, wildlife, infrastructure, water systems, and traditional livelihoods. Yet Arctic Indigenous peoples are not simply passive populations experiencing environmental change. Inuit, Sámi, Alaska Native, and Russian Indigenous communities maintain extensive knowledge systems, cultural institutions, subsistence practices, and governance traditions that contribute to adaptation and resilience.
Research increasingly shows that the future of Arctic populations cannot be understood through climate, health, genetics, economics, or demography in isolation. Population wellbeing emerges from interactions among land, culture, food, housing, language, governance, history, biology, and community relationships. Effective Arctic policy and research therefore depend on recognizing regional diversity and strengthening the participation and leadership of the people who live in the circumpolar North.
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Arctic Population Size, Demography, and Distribution
1. Sami Statistics
| Statistics Norway | Statistics Norway | 2026-04-13
Provides current demographic, migration, education, employment, income, language, and reindeer-herding statistics for traditional Sámi areas of northern Norway.
2. Population Change 1990–2024 in Arctic Regions
| Nordregio | Nordregio | 2026-01-21
Maps divergent Arctic demographic trends, including rapid Nunavut growth, severe Chukotka decline, urban concentration, migration, and differences between Indigenous and non-Indigenous populations.
3. Indigenous Population of Nunavut — 2021 Census
| Statistics Canada | Focus on Geography Series | 2025
Reports that Indigenous people formed the overwhelming majority of Nunavut's population in the 2021 Census, with Inuit accounting for most Indigenous residents.
4. Languages in Nunavut, 2021
| Statistics Canada | Statistics Canada | 2024
Examines Inuktut, English, and other languages in Nunavut and connects language use with Inuit identity, age, communities, and demographic change.
5. Nunavut Census Profile — Population, Age, and Migration
| Statistics Canada | Census Profile | 2023
Provides detailed Nunavut population counts, age structure, housing, migration, mobility, language, employment, and household characteristics.
6. Inuit in Canada Health and Wellness Indicators
| Public Health Agency of Canada | Health Infobase | 2023
Summarizes population, age, fertility, life expectancy, housing, health, and socioeconomic indicators for Inuit in Canada and Inuit Nunangat.
7. Indigenous Peoples — Canada at a Glance
| Statistics Canada | Canada at a Glance | 2023
Provides national counts of Inuit and shows how the population is distributed among Nunavut, Nunavik, Nunatsiavut, the Inuvialuit region, and southern Canada.
8. Towards Estimating the Indigenous Population in Circumpolar Regions
| T. Kue Young and Peter Bjerregaard | International Journal of Circumpolar Health | 2019
Estimates about 1.13 million Indigenous people across the northern regions of the eight Arctic states and discusses the difficulties of measuring Inuit, Sámi, Athabaskan, Aleut, and Russian Indigenous populations.
9. Inuit and Non-Inuit Populations in Nunavut
| Statistics Canada | Statistics Canada | 2019
Compares Inuit and non-Inuit demographic structures in Nunavut and documents the particularly young age profile of the Inuit population.
10. Inuit Health: Selected Findings from the Aboriginal Peoples Survey
| Statistics Canada | Statistics Canada | 2014
Describes the age structure, health status, healthcare access, chronic conditions, and regional distribution of Canadian Inuit.
Migration, Urbanization, and Settlement Change
11. Population Growth in Sámi Areas of Norway
| Christian Sørlien Molstad | Statistics Norway | 2026-04-13
Reports renewed population growth in designated Sámi areas after decades of decline, largely because of migration despite continuing natural population decrease.
12. Population Change in the Nordic Region
| Timothy Heleniak and Karina Berbert Bruno | Nordregio | 2026
Examines fertility, ageing, migration, urbanization, and regional population change across Nordic territories including Greenland and northern Scandinavia.
13. Rural–Urban Migration of Alaska Indigenous Peoples
| Matthew Berman and Ruoqing Wang-Cendejas | The Annals of Regional Science | 2024-07-26
Finds persistent rural-to-urban migration among Alaska Indigenous peoples while suggesting that high living costs have become increasingly important migration drivers.
14. State of the Nordic Region 2024 — Demography
| Nordregio | State of the Nordic Region | 2024
Analyzes internal migration, population concentration, ageing, rural decline, and changing settlement patterns across northern Nordic regions.
15. Sweden Arctic Population Backgrounder
| The Arctic Institute | The Arctic Institute | 2022-08-01
Describes northern Sweden's population decline, ageing, migration, seasonal labor, and the size and geographic distribution of the country's Sámi population.
16. Crossing Frozen Ground: Rural-to-Rural Migration in the Arctic
| E. Lance Howe and Lee Huskey | Journal of Rural Studies | 2022
Examines migration among Iñupiat communities and finds that housing, employment, education, safety, community cooperation, and subsistence opportunities influence where people move.
17. United States Arctic Population Backgrounder
| The Arctic Institute | The Arctic Institute | 2022
Reviews Alaska's population structure, urbanization, Alaska Native peoples, subsistence economies, migration, land claims, and changing Arctic settlement patterns.
18. Russia Arctic Population Backgrounder
| The Arctic Institute | The Arctic Institute | 2022
Surveys Russia's Arctic population and Indigenous peoples including Nenets, Chukchi, Evenki, Sámi, Nganasan, Even, Khanty, Yukagir, and Siberian Yupik communities.
19. Climigration? Population and Climate Change in Arctic Alaska
Tests whether erosion, permafrost thaw, flooding, and other climate hazards have already produced measurable population migration in Alaska communities.
20. Diabetes in Greenland and Its Relationship with Urbanization
Compares diabetes among Greenland Inuit living in villages, small towns, and larger towns as part of the broader social and demographic transition toward urban life.
Inuit Population Health and Epidemiological Transition
21. Greenland Population Health Survey 2018
| Peter Bjerregaard et al. | International Journal of Circumpolar Health | 2022
Documents the design of Greenland's nationwide population health survey examining lifestyle disease, social determinants, health behaviors, and Inuit health.
22. Obesity-Associated Cardiovascular Risk in Inuit and Europeans
| Pernille Falberg Rønn et al. | Atherosclerosis | 2017
Compares cardiovascular and mortality risks associated with obesity among Greenlandic Inuit, Nunavik Inuit, and Europeans.
23. Cardiovascular Disease in Circumpolar Inuit Populations
| Marit Eika Jørgensen et al. | Canadian Journal of Cardiology | 2015
Reviews cardiovascular disease and risk factors among Arctic Inuit as obesity, diabetes, hypertension, smoking patterns, diet, and physical activity change.
24. Obesity Trends among Inuit in Greenland
| Peter Bjerregaard et al. | American Journal of Human Biology | 2013
Tracks increasing obesity and central adiposity among Greenland Inuit from the early 1990s through 2010 and examines differences by social position.
25. Obesity Risks: Toward an Emerging Inuit Pattern
| Marie-Ludivine Chateau-Degat et al. | International Journal of Circumpolar Health | 2011
Reviews anthropometric patterns and relationships between obesity, cardiovascular risk, and type 2 diabetes within Inuit populations.
26. Indigenous Health in the Arctic: Circumpolar Inuit
| Peter Bjerregaard and T. Kue Young | Scandinavian Journal of Public Health | 2004
Reviews the major historical transition in Inuit health from infectious disease toward chronic disease, injury, suicide, substance misuse, and lifestyle-related illness.
27. Inuit Health in Greenland: Population Survey
| Peter Bjerregaard et al. | International Journal of Circumpolar Health | 2003
Describes a major Greenland population survey examining lifestyle, cardiovascular risk, diabetes, respiratory health, diet, and other health indicators.
28. Chronic Disease among the Kivalliq Inuit
| T. Kue Young | International Journal of Circumpolar Health | 2003
Reviews population research on cardiovascular disease, obesity, diabetes, blood pressure, genetics, and other chronic disease risks among Kivalliq Inuit.
29. Population Surveys and Chronic Disease in Greenland
| Peter Bjerregaard | International Journal of Circumpolar Health | 2003
Explains how repeated Greenland Inuit population surveys have improved understanding of cardiovascular disease and diabetes during rapid social transition.
30. Diabetes and Impaired Glucose Tolerance among Greenland Inuit
| Marit Eika Jørgensen et al. | Diabetes Care | 2002
Finds substantial diabetes and impaired glucose tolerance among Greenland Inuit and identifies age, obesity, family history, and lifestyle as important factors.
Metabolism, Diabetes, and Population-Specific Health Risks
31. Diabetes, TBC1D4, and Kidney Function in Greenland
| Multiple authors | Population-Based Greenland Study | 2023
Investigates chronic kidney disease and albuminuria among Greenlanders in relation to diabetes and the population-enriched TBC1D4 variant.
32. TBC1D4, Diabetes, and Cardiovascular Risk in Greenland
| Multiple authors | Population-Based Greenland Study | 2020
Examines cardiovascular outcomes among Greenland Inuit with diabetes and evaluates whether the common TBC1D4 diabetes variant independently changes cardiovascular risk.
33. Genetics of Metabolic Traits in Greenlanders
| Niels Grarup et al. | Journal of Internal Medicine | 2018
Reviews how population history, genetic drift, natural selection, and rapid lifestyle change have shaped obesity and diabetes susceptibility in Greenland.
34. TBC1D4 and Underdiagnosis of Type 2 Diabetes among Inuit
| Despoina Manousaki et al. | Diabetes Care | 2016
Shows that a population-enriched TBC1D4 variant alters post-meal glucose responses and can cause diabetes to be missed using fasting glucose alone.
35. Diabetes in Population Isolates: Lessons from Greenland
| Niels Grarup et al. | Current Diabetes Reports | 2016
Explains how Greenland's relatively isolated population can reveal high-impact genetic variants involved in diabetes and metabolic disease.
36. Greenlandic TBC1D4 Variant and Type 2 Diabetes
| Ida Moltke et al. | Nature | 2014
Identifies a common Greenlandic Inuit genetic variant strongly associated with muscle insulin resistance and greatly increased type 2 diabetes risk.
37. Fat Distribution and Glucose Intolerance among Greenland Inuit
| Marit Eika Jørgensen et al. | Diabetes Care | 2013
Examines visceral and subcutaneous fat distribution among Greenland Inuit and its relationship with insulin resistance and glucose intolerance.
38. Severe Obesity as a Cardiovascular Concern among Inuit
| Marie-Ludivine Chateau-Degat et al. | International Journal of Circumpolar Health | 2012
Examines the rapid rise of severe obesity among Nunavik Inuit and assesses associated metabolic and cardiovascular risk.
39. BMI May Overestimate Overweight among Inuit
| Guylaine Charbonneau-Roberts et al. | International Journal of Circumpolar Health | 2005
Argues that differences in body proportions can cause conventional BMI measurements to overestimate obesity prevalence and health risk among Inuit.
40. Obesity and Central Fat Pattern among Greenland Inuit and Danes
| Marit Eika Jørgensen et al. | International Journal of Obesity | 2003
Compares body composition and metabolic risk between Greenland Inuit and Danish populations and identifies important differences at similar levels of obesity.
Food Systems, Nutrition, and Housing
41. Indigenous Food Production in a Carbon Economy
| Multiple authors | Proceedings of the National Academy of Sciences | 2024
Shows that Inuit harvesting in Canada's Inuvialuit Settlement Region can be more carbon-efficient and resilient than replacing locally harvested foods with imports.
42. Community-Led Food Sovereignty and Climate Research in Nunavut
| Multiple authors | Nutrients | 2022
Describes an Inuit-led research program integrating food sovereignty, nutrition, climate change, community priorities, and reform of northern research practices.
43. Dietary Transition among Inuit in the Canadian Arctic
| Multiple authors | Public Health Nutrition | 2020
Reviews the shift from country foods toward imported market foods and its consequences for nutrition, obesity, food insecurity, culture, and health.
44. Household Crowding and Allostatic Load among Inuit
| Mylène Riva et al. | Journal of Epidemiology and Community Health | 2014
Links household overcrowding among Inuit with physiological indicators of chronic stress and accumulated health burden.
45. Food Insecurity and Nutrition Transition in Canadian Arctic Communities
| Grace M. Egeland et al. | Journal of Nutrition | 2011
Links food insecurity and declining traditional-food consumption with nutrient inadequacies among Inuit in numerous Canadian Arctic communities.
46. Inuit Housing and Homelessness
| Grace M. Egeland et al. | International Journal of Circumpolar Health | 2011
Finds high levels of crowding, major home repairs, mould, and hidden homelessness in Inuit households surveyed across northern Canada.
47. Food Insecurity among Inuit Women
| James D. Ford and Maude Beaumier | Polar Record | 2010
Examines how poverty, food prices, harvesting costs, changing livelihoods, and climate stresses contribute to food insecurity among Inuit women in Igloolik.
48. Environmental Change and Dietary Impacts in Nunavut
| Multiple authors | International Journal of Circumpolar Health | 2010
Documents Inuit observations of changing environmental conditions affecting hunting, country-food availability, nutrition, and food security.
49. Food Security in Nunavut: Barriers and Recommendations
| Hing Man Chan et al. | International Journal of Circumpolar Health | 2006
Identifies financial, cultural, hunting, transportation, and market-food barriers affecting food security in Inuit communities across Nunavut.
Climate Change and Arctic Population Health
50. Climate Change and Health in the Arctic
| Multiple authors | Scandinavian Journal of Public Health | 2025
Reviews Arctic health threats from extreme weather, changing food systems, infectious disease, contaminants, water quality, air quality, and ecosystem disruption.
51. Yup'ik Perspectives on Climate Change
| Anna Elzbieta Kolendo | Earth.Org | 2023-09-19
Discusses Yup'ik observations of changing weather, wildlife, vegetation, seasons, and ecosystems and the value of Indigenous ecological knowledge.
52. Indigenous Climate Justice in a Warming Arctic
| Amelia Browne | Earth.Org | 2022-03-14
Connects accelerating Arctic warming with Indigenous rights, subsistence, health, colonial history, environmental justice, and recognition of traditional knowledge.
53. Climate Change and Indigenous Mental Health in the Circumpolar North
| Multiple authors | Transcultural Psychiatry | 2022
Finds that climate-driven restrictions on land access, food insecurity, cultural disruption, and livelihood changes can adversely affect Indigenous mental health.
54. Effects of Arctic Warming on Indigenous Communities
| Charlotte Luke | Earth.Org | 2021-02-11
Describes how sea-ice loss, permafrost thaw, food-system disruption, infrastructure damage, and relocation are affecting Arctic Indigenous communities.
55. Indigenous Knowledge Beyond the Changing Arctic Cryosphere
| Multiple authors | Frontiers in Climate | 2021
Reviews Arctic Indigenous climate research and argues that attention should extend beyond ice and weather to economics, health, culture, governance, and wellbeing.
56. Holistic Effects of Climate Change on the Sámi
Reviews climate impacts on Sámi reindeer herding, culture, physical and mental health, livelihoods, language, and community resilience.
57. Indigenous Health and Climate Change
| James D. Ford | American Journal of Public Health | 2012
Reviews how climate change interacts with traditional food systems, poverty, infrastructure, disease, and cultural wellbeing in Arctic Indigenous communities.
58. Climate Change Health Assessment for Alaska Native Communities
| Michael Y. Brubaker et al. | International Journal of Circumpolar Health | 2011
Develops a community-level method for identifying health risks from erosion, thinning sea ice, permafrost thaw, water problems, and changing subsistence resources.
59. Climate Change, Human Health, and Northern Infrastructure
Explains how Arctic warming can damage sanitation, water systems, settlements, local economies, and community health.
Governance, Subsistence, and Indigenous Livelihoods
60. Climate Pressure on Reindeer Herds
| Sonam Lama Hyolmo | Mongabay | 2025-10-01
Examines warming, rain-on-snow events, habitat fragmentation, logging, and development pressures affecting reindeer and Sámi herding.
61. Healthcare Challenges in Northern Canada
| Olli McIntyre | ArcticToday | 2025-09-04
Describes the enormous distances, medical travel requirements, and logistical inequalities affecting healthcare access for Inuit and other northern residents.
62. Co-management and Re-empowerment of Arctic Indigenous Peoples
| The Arctic Institute | The Arctic Institute | 2025
Traces the growth of Indigenous co-management and knowledge co-production in Arctic resource governance and their role in restoring decision-making power.
63. Indigenous Alaskans Drive Arctic Research
| Mongabay | Mongabay | 2024-06
Shows how Iñupiat institutions combine Indigenous expertise and scientific research in bowhead whale management and climate adaptation.
64. EU–Sámi Cooperation in Arctic Climate Adaptation
| The Arctic Institute | The Arctic Institute | 2024
Examines how Sámi representation and Indigenous knowledge could be strengthened in European climate policy and Arctic adaptation governance.
65. One Health in the Arctic — Connections and Actions
Applies a One Health perspective to the interconnected human, animal, ecosystem, infectious-disease, contaminant, and climate challenges facing Arctic populations.
66. Caribou Hunting and Climate Change
| Evan Bourtis | Mongabay | 2023-03-31
Explores how changing snow conditions can alter Indigenous hunters' access to the Porcupine caribou herd in Alaska and northern Canada.
67. Decolonization and Resource Development in the U.S. Arctic
| The Arctic Institute | The Arctic Institute | 2023
Examines Alaska Native land rights, oil development, colonial institutions, consultation, and the effects of resource policy on Indigenous Arctic communities.
68. Sámi Reindeer Herding and Indigenous Food Systems
| Liz Kimbrough | Mongabay | 2021-12-20
Describes Inari Sámi reindeer herding, fishing, traditional ecological knowledge, language loss, youth migration, logging pressures, and climate change.
69. Climate Change and Native Lands in Northwest Alaska
| The Arctic Institute | The Arctic Institute | 2017
Describes erosion, permafrost thaw, food-system disruption, infrastructure damage, and land loss affecting Alaska Native settlements.
Genetics, Population History, and Arctic Adaptation
70. CPT1A, Traditional Inuit Diet, and Fatty Acids
| Ninna Senftleber et al. | European Journal of Human Genetics | 2020-06-19
Shows that effects of an Arctic-enriched CPT1A variant on fatty-acid profiles interact with consumption of traditional Inuit foods.
71. A Multiscalar Consideration of the Athabascan Migration
| John A. Doering | American Antiquity | 2020
Examines demographic, archaeological, environmental, and subsistence evidence surrounding ancient Northern Athabascan population movements.
72. Palaeo-Eskimo Ancestry and the Peopling of Chukotka and North America
| Pavel Flegontov et al. | Nature | 2019-06-05
Uses ancient DNA to show complex ancestry connecting Paleo-Eskimos, Na-Dene speakers, Aleuts, Yup'ik, Inuit, and Siberian populations.
73. First People in Greenland
Reviews the Independence I, Saqqaq, Pre-Dorset, and later Thule population movements involved in settling Greenland and the eastern Canadian Arctic.
74. Fatty-Acid Metabolism Gene Variation in Nunavik Inuit
| Sirui Zhou et al. | PLOS ONE | 2015-05-26
Identifies distinctive frequencies of fatty-acid metabolism variants in Nunavik Inuit potentially associated with adaptation to traditional diet and Arctic environments.
75. Mitochondrial Diversity of Alaskan North Slope Iñupiat
| Jennifer A. Raff et al. | American Journal of Physical Anthropology | 2015
Studies maternal lineages among Iñupiat and supports an Alaskan North Slope origin for population expansions toward the eastern Arctic.
76. Genetic History of the Present-Day Greenlandic Population
| Ida Moltke et al. | American Journal of Human Genetics | 2015
Finds substantial regional population structure and varying European admixture among Greenlanders while reconstructing recent Greenlandic demographic history.
77. Genetic Prehistory of the New World Arctic
| Maanasa Raghavan et al. | Science | 2014
Uses ancient and modern genomes to reconstruct Paleo-Eskimo, Inuit, Aleut, Siberian, and Native American population history across the Arctic.
78. Selective Sweep of a CPT1A Mutation in Arctic Populations
| Florian J. Clemente et al. | American Journal of Human Genetics | 2014
Finds strong natural-selection signals involving a CPT1A variant common in Inuit and northeastern Siberian populations and relevant to fatty-acid metabolism.
79. Ancient Human Genome of a Palaeo-Eskimo
| Morten Rasmussen et al. | Nature | 2010-02-11
Reconstructs the genome of a roughly 4,000-year-old Saqqaq individual from Greenland and links his ancestry to northeastern Siberian populations.
Sámi Population Health and Social Conditions
80. Ethnic Discrimination and Sámi Mental Health in Sweden
Finds significant associations between experiences of ethnic discrimination and psychological distress, anxiety, and depression among Sámi adults.
81. Somatic Health in the Indigenous Sámi Population
| Christina Storm Mienna and Per Axelsson | International Journal of Circumpolar Health | 2019
Systematically reviews research on mortality, cancer, cardiovascular disease, musculoskeletal problems, obesity, and other health outcomes among Sámi populations.
82. Which Sámi? Inclusion Criteria in Population Health Studies
| Torunn Pettersen and Magritt Brustad | International Journal of Circumpolar Health | 2013
Examines how different definitions of Sámi ethnicity can alter findings from population-based research in countries where ethnicity is not routinely recorded.
83. Ethnic Discrimination and Psychological Distress among Sámi
| Ketil Lenert Hansen and Tore Sørlie | Transcultural Psychiatry | 2012
Links experiences of ethnic discrimination with elevated psychological distress among Sámi and other minority populations in northern Norway.
84. Health and Living Conditions of Northern Scandinavian Sámi
| Peter Sjölander | Global Health Action | 2011
Reviews Sámi life expectancy, cancer, cardiovascular health, injuries, musculoskeletal disorders, reindeer-herding risks, and cultural determinants of health.
85. Mental Health and Ethnic Identity among Sámi Youth
| Margrethe Bals et al. | Ethnicity & Health | 2010
Examines anxiety, depression, discrimination, language, and ethnic identity among Sámi and non-Sámi adolescents in Arctic Norway.
86. Ethnic Discrimination and Bullying in Sámi Communities
| Ketil Lenert Hansen et al. | International Journal of Circumpolar Health | 2008
Finds substantially greater reported ethnic discrimination and bullying among Sámi and Kven participants than among ethnic Norwegian respondents.
87. The SAMINOR Population Study
| Eiliv Lund et al. | International Journal of Circumpolar Health | 2007
Describes a large population study comparing health and living conditions among Sámi and Norwegian residents of northern Norway.
88. Musculoskeletal Pain among Reindeer-Herding Sámi
| Multiple authors | International Journal of Circumpolar Health | 2004
Examines occupational pain among Sámi reindeer herders and evaluates preventive interventions targeting snowmobile, motorcycle, physical, and psychosocial risks.
Mental Health, Mortality, Children, and Population Resilience
89. Inuit Maternal and Child Health across Greenland and Nunavut
| Christine Ingemann et al. | International Journal of Circumpolar Health | 2026-02-19
Describes collaboration between Kalaallit Nunaat and Nunavut aimed at strengthening Inuit-led maternal and child health knowledge, services, and relationships.
90. COVID-19 in the Arctic
| Gwen Healey Akearok | International Journal of Circumpolar Health | 2024-04-26
Introduces research on how COVID-19 affected diverse Arctic populations and Indigenous communities facing distinctive geographic, socioeconomic, and healthcare challenges.
91. Cultural Continuity and Inuit Health in Arctic Canada
| Sarah Newell et al. | Journal of Epidemiology and Community Health | 2019
Examines relationships between Inuit cultural continuity, Indigenous-language services, governance, community participation, and self-rated health.
92. Arctic Human Health Initiative
| Alan J. Parkinson | International Journal of Circumpolar Health | 2013
Reviews the Arctic Human Health Initiative and international efforts to understand infectious disease, chronic illness, behavioral health, contaminants, and health disparities across circumpolar populations.
93. Radioactive Fallout and Cancer among Sámi and Reindeer Herders
| Multiple authors | Occupational and Environmental Medicine | 2010
Studies radiation exposure from global nuclear fallout and subsequent cancer incidence among Sámi and reindeer-herding populations in northern Finland.
94. Mortality in the Sámi Population of North Norway
| Multiple authors | International Journal of Circumpolar Health | 2007
Compares mortality among northern Norwegian Sámi with regional reference populations and examines differences in cancer, cardiovascular disease, and other causes.
95. Causes of Death in the Swedish Sámi Population
| Peter Hassler et al. | International Journal of Epidemiology | 2005
Analyzes mortality among reindeer-herding and non-herding Sámi in Sweden and compares patterns with matched non-Sámi populations.
96. Attempted Suicide among Inuit Youth
| Laurence J. Kirmayer et al. | Canadian Journal of Psychiatry | 1998
Identifies substance use, psychiatric distress, stressful life events, and other psychosocial factors associated with suicide attempts among Inuit youth.
97. Cancer of the Respiratory System in Circumpolar Inuit
| A. B. Miller and L. A. Gaudette | Acta Oncologica | 1996
Compares respiratory cancer patterns among circumpolar Inuit, including historically high rates of lung and nasal-cavity cancers.
98. Inuit Suicides in Greenland
| J. Thorslund | Arctic Medical Research | 1990
Reviews Greenland suicide patterns and considers rapid acculturation, social change, identity, and socialization as possible contributors.
Sámi Population Health and Demography
99. Protocol for the HALDI Study—Health and Living Conditions in Arctic Sweden
| Multiple authors | Annals of Medicine | 2025
Describes a population-based study in Jokkmokk examining health, ethnicity, socioeconomic conditions, ageing, diet, and wellbeing among Sámi and other residents of Arctic Sweden.
100. Embodiment of Discrimination among Sámi in Sweden
| Multiple authors | BMJ Open | 2024
Links threats, humiliation, and ethnic discrimination with headaches, back pain, sleep problems, fatigue, and other somatic complaints among Sámi adults.
101. The Self-Reported Health of the Sámi in Sweden: The SámiHET Study
| Miguel San Sebastián and Jon Petter Stoor | European Journal of Public Health | 2023
Compares general, physical, mental, and behavioral health indicators among Sámi and non-Sámi populations using nationally comparable survey data.
102. A Population-Based Study on Health and Living Conditions among Sámi in Sweden: The SámiHET Study
| Jon Petter A. Stoor and Miguel San Sebastián | International Journal of Circumpolar Health | 2022
Describes the SámiHET survey of thousands of Sámi adults across Sweden and provides a new foundation for monitoring Indigenous health and living conditions.
103. Pre-Diabetes and Type 2 Diabetes among Sámi and Non-Sámi
| Multiple authors | BMJ Open | 2018
Uses the SAMINOR 2 Clinical Survey to compare diabetes and pre-diabetes prevalence among Sámi and non-Sámi adults in northern Norway.
104. Traditional Medicine Use in the SAMINOR Study
| Multiple authors | BMC Complementary and Alternative Medicine | 2017
Examines use of traditional healers and traditional medicine among Sámi and Norwegian residents participating in the SAMINOR population study.
105. Ethnic Discrimination and Multiple Health Domains in Norway's Rural Sámi Population
| Ketil Lenert Hansen | International Journal of Circumpolar Health | 2015
Reports associations between ethnic discrimination and cardiovascular disease, diabetes, chronic pain, obesity, and other health outcomes among rural Sámi.
106. Socioeconomic Characteristics and Health Outcomes in Sámi-Speaking Municipalities
| Multiple authors | International Journal of Circumpolar Health | 2012
Compares mortality, cardiovascular disease, cancer, employment, education, poverty, and disability indicators in Sámi-majority and comparison municipalities.
107. Access to Specialist Health Care in Sámi-Speaking Municipalities
| Multiple authors | International Journal of Circumpolar Health | 2012
Examines hundreds of thousands of referrals to determine whether residents of Sámi-speaking municipalities receive comparable specialist healthcare access.
108. Ethnicity, Self-Reported Health, Discrimination and Socioeconomic Status
Finds that socioeconomic conditions and experiences of discrimination help explain disparities in self-reported health between Sámi and Norwegian populations.
Sámi Migration, Genetics, and Disease
109. From Rural to Urban Living—Migration from Sámi Core Areas to Norwegian Cities
| Multiple authors | International Journal of Circumpolar Health | 2020
Describes a large study of people who migrated from rural Sámi core areas to cities and provides a framework for examining urban Sámi health and identity.
110. Health Consumption in Sámi-Speaking Municipalities: Cancer and Radiotherapy
| Multiple authors | International Journal of Circumpolar Health | 2011
Compares cancer incidence, prevalence, survival, and radiotherapy utilization between Sámi-speaking municipalities and matched northern Norwegian communities.
111. Norwegian Sámi Differ from Other Norwegians in Their HLA Profile
| Multiple authors | Tissue Antigens | 2010
Finds significant differences in immune-related HLA allele and haplotype frequencies between Sámi and other Norwegian populations.
112. Cancer in the Sámi Population of Sweden in Relation to Lifestyle and Genetics
| Multiple authors | European Journal of Cancer Prevention | 2008
Studies cancer incidence and mortality in a cohort of more than 40,000 Swedish Sámi and compares reindeer-herding and non-herding populations.
113. Genes Related to Nutrient Metabolism in the Kola Sámi
| Multiple authors | International Journal of Circumpolar Health | 2008
Examines genetic variants related to meat consumption, lactose digestion, and lipid metabolism among Sámi living on Russia's Kola Peninsula.
114. Genetic Origin of Swedish Sámi Inferred from HLA Allele Frequencies
| Åsa Johansson et al. | European Journal of Human Genetics | 2008
Examines HLA diversity among northern and southern Swedish Sámi and evaluates European and Asian contributions to Sámi ancestry.
115. A Recent Genetic Link between Sámi and the Volga-Ural Region
| Multiple authors | European Journal of Human Genetics | 2007
Uses mitochondrial DNA to reconstruct Sámi population history and identifies genetic relationships connecting Sámi ancestors with the Volga-Ural region.
116. SNP Tagging and Genetic Variation in the Sámi Population
| Åsa Johansson et al. | Human Genetics | 2007
Tests whether genetic markers identified in other populations adequately represent variation in Sámi, demonstrating distinctive population structure.
117. Lifestyle, Genetics, and Disease in Sámi
| Alastair B. Ross et al. | Croatian Medical Journal | 2006
Reviews Sámi population genetics, traditional diet, cardiovascular disease, cancer, lifestyle change, and opportunities for gene-environment research.
118. Ethnic Variations of IL-10 Polymorphisms in Sámi and Norwegians
| Multiple authors | Scandinavian Journal of Immunology | 2005
Identifies population differences in immune-system gene variants that may influence susceptibility to infectious and inflammatory diseases.
Sámi Youth, Mental Health, and Culture
119. Suicide among Reindeer-Herding Sámi in Sweden, 1961–2017
| Multiple authors | International Journal of Circumpolar Health | 2020
Analyzes more than five decades of suicide deaths among reindeer-herding Sámi and identifies patterns involving age, gender, geography, and alcohol.
120. Sámi Youth Health, Climate Change, and Health-Seeking Behaviour
| Emilie Kowalczewski and Joern Klein | International Journal of Circumpolar Health | 2018
Reviews distinctive health concerns of Sámi youth, including climate disruption, cultural pressures, access to services, and patterns of seeking care.
121. Ethnic Identity Negotiation among Sámi Youth
| Kristine Nystad et al. | International Journal of Circumpolar Health | 2017
Explores how Sámi adolescents negotiate Indigenous identity, language, belonging, racism, and mental health within a majority-Sámi Norwegian community.
122. Suicidal Expressions in Young Swedish Sámi
| Multiple authors | International Journal of Circumpolar Health | 2013
Examines suicidal thoughts, suicide planning, attempts, ethnicity-related mistreatment, gender, and reindeer-herding status among young Sámi.
123. Experiences of Being a Young Male Sámi Reindeer Herder
Uses interviews with young reindeer herders to examine occupational stress, cultural identity, stigma, responsibility, and mental health.
124. The Health of Young Swedish Sámi
| Multiple authors | International Journal of Circumpolar Health | 2012
Surveys physical and mental health among young Sámi and examines relationships between wellbeing, ethnicity, discrimination, gender, and social circumstances.
125. Confidence in Health Care among Reindeer-Herding Sámi
| Laila Daerga et al. | Scandinavian Journal of Public Health | 2012
Finds lower confidence in primary healthcare and psychiatric services among reindeer-herding Sámi than among comparison populations.
126. Unnatural Deaths in Reindeer-Herding Sámi Families
| Kristin Ahlm et al. | International Journal of Circumpolar Health | 2010
Investigates fatal accidents, poisoning, suicide, and other unnatural deaths among members of Swedish reindeer-herding Sámi families.
127. Quality of Life among Reindeer-Herding Sámi
Connects quality of life with physical health, social networks, economics, working conditions, musculoskeletal pain, and reindeer-herding pressures.
128. Fatal Accidents and Suicide among Reindeer-Herding Sámi
| Multiple authors | International Journal of Circumpolar Health | 2004
Finds elevated occupational accident mortality among male Sámi reindeer herders and evaluates long-term trends in accidents and suicide.
Sámi Culture, Climate, and Resilience
129. Assessment of Sámi Food Security in Finnish Lapland
Evaluates climate threats to reindeer herding, fishing, hunting, gathering, and food security alongside the effectiveness of existing policies.
130. Climate Change, Cultural Continuity and Ecological Grief in the Sámi Homeland
| Multiple authors | Ambio | 2024
Examines worry, loss, ecological grief, cultural continuity, and adaptation as Sámi communities experience rapid environmental change.
131. Climate Change Impacts on Ecosystem Services in the Sámi Homeland
| Multiple authors | Science of the Total Environment | 2020
Reviews how changing snow, weather, vegetation, and ecosystems affect reindeer herding and other ecological services central to Sámi culture.
132. Yoik Experiences and Possible Positive Health Outcomes
| Soile Hämäläinen et al. | International Journal of Circumpolar Health | 2017
Explores whether the Sámi vocal tradition of yoik can support identity, emotional wellbeing, social connection, relaxation, and mental health.
133. Mapping Resilience Pathways of Indigenous Youth in Five Circumpolar Communities
| James Allen et al. | Transcultural Psychiatry | 2014
Develops a comparative framework for understanding how family, community, culture, language, and social conditions influence Arctic Indigenous youth resilience.
134. Arctic Indigenous Youth Resilience and Vulnerability
| Olga Ulturgasheva et al. | Transcultural Psychiatry | 2014
Compares adolescent experiences across five circumpolar Indigenous communities and proposes a model explaining movement between resilience and vulnerability.
135. Musculoskeletal Pain in Arctic Indigenous and Non-Indigenous Adolescents
| Multiple authors | BMC Musculoskeletal Disorders | 2014
Examines pain, injuries, mental health, and psychosocial factors among Sámi and non-Sámi adolescents in northern Norway.
136. Mental Health of Sámi Youth
| Siv Kvernmo | International Journal of Circumpolar Health | 2004
Reviews evidence on mental health, substance use, body image, cultural identity, and resilience among Sámi children and adolescents.
137. Cardiovascular Disease and Diabetes among Sámi and Other Finnmark Populations
| Multiple authors | Journal of Epidemiology and Community Health | 1998
Compares cardiovascular disease, stroke, diabetes, obesity, and mortality across Sámi, Finnish-origin, and Norwegian groups in northern Norway.
Nunavik and Canadian Inuit Health
138. Domestic Access to Water in Kangiqsualujjuaq, Nunavik
| Alexandra Cassivi et al. | Journal of Water and Health | 2024
Examines water shortages, household satisfaction, drinking-water preferences, and reliance on alternative water sources in a remote Inuit community.
139. Respiratory Health among Nunavimmiut: Qanuilirpitaa? 2017
| Multiple authors | Canadian Journal of Public Health | 2023
Provides population estimates of chronic cough, wheezing, and airway obstruction among Inuit adults participating in the Nunavik health survey.
140. Iron Deficiency and Anemia among Nunavimmiut
| Multiple authors | Canadian Journal of Public Health | 2023
Uses Qanuilirpitaa? data to examine iron deficiency, anemia, diet, socioeconomic factors, pregnancy, inflammation, contaminants, and nutritional status.
141. Inuit Models and Determinants of Health and Wellbeing in Nunavik
| Multiple authors | International Journal of Circumpolar Health | 2022
Develops an Inuit-defined framework of health based on community workshops, interviews, cultural knowledge, relationships, and collective wellbeing.
142. Housing as a Determinant of Inuit Mental Health
| Karine Perreault et al. | Social Science & Medicine | 2022
Finds that improved housing conditions following rehousing in Nunavut and Nunavik are associated with reductions in psychological distress.
143. Suicides in Nunavik: A Life Course Study
| William Affleck et al. | International Journal of Circumpolar Health | 2021
Uses life histories to investigate childhood adversity, social transition, relationships, substance use, trauma, and other factors preceding Inuit suicides.
144. Health Improvements after Rehousing Inuit Adults
| Mylène Riva et al. | Canadian Journal of Public Health | 2020
Reports improved stress, psychological wellbeing, control over life, and asthma-related symptoms following relocation to better social housing.
145. Respiratory Infections and Otitis Media in Nunavik Inuit Children
| Philippe De Wals et al. | International Journal of Circumpolar Health | 2020
Documents the heavy childhood burden of lower and upper respiratory infections and ear infections in Nunavik communities.
146. Cardiovascular Burden among Nunavik Inuit
| Multiple authors | Canadian Journal of Cardiology | 2010
Measures cardiovascular disease and modifiable risk factors during rapid dietary and socioeconomic transition among Nunavik Inuit.
147. A Health Profile of the Inuit of Nunavik
| M. Jetté | International Journal of Circumpolar Health | 1998
Summarizes a major health survey covering physical health, mental health, lifestyle, nutrition, socioeconomic conditions, and prevention priorities.
Inuit Food Systems and Social Determinants
148. The Inuit Holistic Service Delivery Model
| Multiple authors | International Journal of Circumpolar Health | 2025
Presents a Nunavut wellness model grounded in Inuit Qaujimajatuqangit, language, Indigenous knowledge, community relationships, and culturally integrated services.
149. Population Health Study in Kalaallit Nunaat 2024–2026
| Charlotte B. Ottendahl et al. | Scandinavian Journal of Public Health | 2025
Describes a nationally representative Greenland survey covering physical health, mental health, suicide, diet, climate change, disabilities, and childhood experiences.
150. Social Determinants and Infectious Diseases in Canadian Arctic Indigenous Communities
| Fariba Kolahdooz et al. | International Journal of Environmental Research and Public Health | 2024
Reviews evidence linking tuberculosis, influenza, and COVID-19 with housing, food insecurity, healthcare access, mental health, infrastructure, and colonial history.
151. Risk and Protective Factors for Suicide among Greenland Inuit
| Ivalu Katajavaara Seidler et al. | International Journal of Circumpolar Health | 2023
Systematically reviews individual, family, community, cultural, and historical factors associated with suicide and suicide prevention in Kalaallit Nunaat.
152. Household Crowding and Health among Inuit in Greenland
| Charlotte B. Hansen et al. | Scandinavian Journal of Public Health | 2021
Investigates how household crowding and family composition affect self-rated health and mental health among Greenland Inuit.
153. Caribou and Inuit Nutrition Security in Canada
| Tiff-Annie Kenny et al. | EcoHealth | 2018
Shows how caribou contribute protein and critical micronutrients to Inuit diets while herd declines and harvest restrictions threaten nutrition security.
154. Traditional Food Attributes and Food Security in the Canadian Arctic
Shows that traditional foods remain important for nutrition, affordability, cultural identity, social relationships, and food security across Arctic Indigenous communities.
155. Dietary Adequacy among Canadian Arctic Indigenous Peoples
| Multiple authors | Public Health Nutrition | 2007
Compares nutrient adequacy among Inuit, Dene/Métis, and Yukon First Nations and highlights the nutritional importance of locally harvested foods.
156. Arctic Indigenous Peoples and the Nutrition Transition
| Harriet V. Kuhnlein et al. | Journal of Nutrition | 2004
Documents the shift from traditional foods toward market foods and examines consequences for nutrient quality, obesity, and chronic disease.
157. Health Expectancy in Greenland
| Peter Bjerregaard et al. | Scandinavian Journal of Public Health | 2001
Estimates healthy life expectancy among Greenland Inuit during the epidemiological transition from infectious disease toward chronic illness and injury.
Greenland, Nunavik, and Arctic Genetics
158. Genetic Architecture in Greenland Is Shaped by Demography, Structure and Selection
| Multiple authors | Nature | 2025
Analyzes thousands of Greenlandic genomes and shows how founder effects, mobility, genetic drift, natural selection, and European admixture shape health-related variation.
159. Community Perspectives on the CPT1A Arctic Variant in Alaska
| Multiple authors | Journal of Genetic Counseling | 2023
Examines Alaska Native community and healthcare-provider understanding of a common Arctic metabolic variant included in newborn screening.
160. Water Quality in Alaska Native Communities
| Multiple authors | Science of the Total Environment | 2020
Studies groundwater, arsenic, microorganisms, and other water-quality challenges affecting remote off-grid Alaska Native communities.
161. Genetic Architecture and Adaptations of Nunavik Inuit
| Multiple authors | Proceedings of the National Academy of Sciences | 2019
Uses genome and exome data to reconstruct Nunavik Inuit population history and identify distinctive adaptations involving fatty-acid metabolism and other pathways.
162. Strengthening Alaska Native Adolescents' Connection to Traditional Foods
| Andrea Bersamin et al. | Translational Behavioral Medicine | 2019
Reports that culturally grounded food-system education can improve diet quality and adolescents' relationships with traditional Alaska Native foods.
163. Traditional Food Security in Alaska: A Scoping Review
| Multiple authors | International Journal of Circumpolar Health | 2018
Reviews research on access, availability, utilization, harvesting, and cultural dimensions of traditional food security among Alaska Native populations.
164. Fruit, Vegetable, and Traditional Food Consumption in Western Alaska
Examines food availability, traditional-food consumption, fruit and vegetable intake, and attitudes toward healthy dietary change in Alaska Native communities.
165. Dietary Intake of Alaska Native People in Two Regions
| Elizabeth Nobmann et al. | International Journal of Circumpolar Health | 2009
Shows that traditional foods continue to provide substantial protein, iron, selenium, omega-3 fatty acids, and other nutrients despite increasing market-food consumption.
166. Cultural Change and Mental Health in Greenland
| Peter Bjerregaard and Tine Curtis | Social Science & Medicine | 2002
Links childhood conditions, language, urbanization, cultural transition, and social change with mental health and suicidal thoughts among Greenland Inuit.
167. Alaska Natives Assessing the Health of Their Environment
| D. Garza | International Journal of Circumpolar Health | 2001
Discusses Indigenous observations of ecosystem health, contaminants, subsistence resources, climate change, and community-based environmental monitoring.
Alaska Native Health and Environmental Change
168. Health Priorities for Rural Alaska Native Communities under Climate Change
| Karsten Hueffer et al. | BMC Medicine | 2026
Finds that food security, Indigenous knowledge, cultural transmission, and traditional ways of living rank among community priorities in a changing climate.
169. Air Pollution and Pulmonary Health in American Indian/Alaska Native Children
| Multiple authors | Pediatric Pulmonology | 2026
Reviews unequal air-pollution exposure and respiratory-health risks affecting American Indian and Alaska Native children.
170. Climate Change and Congenital Heart Disease in AI/AN Children
| Multiple authors | Pediatric Cardiology | 2026
Examines how heat, pollution, climate change, and structural inequities may increase cardiovascular risks for American Indian and Alaska Native children.
171. Prediabetes Screening and Care among Alaska Native Peoples
| Kathryn R. Koller et al. | International Journal of Circumpolar Health | 2024
Uses follow-up data from the Alaska EARTH study to develop screening, clinical-care, and health-education recommendations for Alaska Native adults with prediabetes.
172. Diet and Blood Concentrations of Elements in Arctic Russia
| Multiple authors | International Journal of Environmental Research and Public Health | 2022
Examines fish and traditional-food consumption alongside arsenic, mercury, selenium, lead, and other blood element concentrations in Nenets-region residents.
173. CYP2C9 Variation in the Yup'ik Alaska Native Population
| Multiple authors | Drug Metabolism and Disposition | 2021
Identifies a relatively common Yup'ik-specific CYP2C9 variant that can affect metabolism of medications including warfarin.
174. Changing Diets and Traditional Lifestyle of Siberian Arctic Indigenous Peoples
| Multiple authors | Ambio | 2021
Documents seasonal changes in reindeer and fish consumption and links declining traditional-food access with climate change and hypertension risks.
175. Nutrition and Body Composition among Indigenous and Non-Indigenous Russian Arctic Residents
| Multiple authors | Voprosy Pitaniia | 2017
Compares diet, obesity, body composition, fish consumption, vegetable intake, and nutritional status among Indigenous and newcomer Arctic residents.
176. Vitamin Status of Rural Residents in the Russian Arctic
| N. A. Beketova et al. | Voprosy Pitaniia | 2017
Measures vitamin D, vitamin A, vitamin E, riboflavin, and carotenoid status among predominantly Indigenous residents of the Yamal-Nenets region.
177. Vitamin D among Russian Arctic Indigenous Peoples with Traditional and Modern Lifestyles
| Multiple authors | International Journal of Circumpolar Health | 2014
Finds lower vitamin D levels among Indigenous people who moved away from traditional reindeer-herding and food practices toward more urban lifestyles.
Russian Arctic Food, Contaminants, and Health
178. Heavy Metals from Reindeer and Cow Foods in the Russian North
| Multiple authors | International Journal of Circumpolar Health | 2022
Evaluates lead, cadmium, mercury, and arsenic exposure from meat and organs eaten by Indigenous residents of the Nenets Autonomous Okrug.
179. Indigenous Women's Reproductive Health in Arctic Western Siberia
| Elena Bogdanova et al. | International Journal of Circumpolar Health | 2021
Examines reproductive loss, maternal healthcare, nomadic lifestyles, access barriers, and demographic challenges facing Indigenous women in Western Siberia.
180. Iodine and Bromine in Fish Consumed by Russian Arctic Indigenous Peoples
| Multiple authors | Environmental Research | 2020
Examines iodine and trace-element concentrations in freshwater and marine fish consumed in Nenets and Chukotka communities.
181. Microelements among Dolgans in the Russian Arctic
| A. I. Sivtseva et al. | International Journal of Circumpolar Health | 2020
Examines serum trace-element patterns among Dolgans living in Arctic areas undergoing industrial resource development.
182. Trace Elements in Fish Consumed by Indigenous Peoples of the Russian Arctic
| Multiple authors | Environmental Pollution | 2019
Measures selenium, zinc, copper, mercury, lead, cadmium, and arsenic in fish species important to Indigenous Arctic diets.
183. Traditional Diet and Environmental Contaminants in Coastal Chukotka II
| Multiple authors | International Journal of Environmental Research and Public Health | 2019
Measures legacy pollutants in whale, seal, walrus, and other foods while assessing changes in contaminant concentrations over time.
184. Traditional Diet and Environmental Contaminants in Coastal Chukotka IV
| Multiple authors | International Journal of Environmental Research and Public Health | 2019
Develops recommended intake criteria that balance contaminant exposure with the nutritional, cultural, and social importance of Indigenous foods.
185. Dietary Exposure to Pollutants among Inuit and Chukchi in Chukotka
| Multiple authors | International Journal of Circumpolar Health | 2012
Examines persistent organic pollutants, mercury, cadmium, and other contaminants in marine mammals and traditional foods consumed in coastal Chukotka.
186. Persistent Toxic Substances in Indigenous Communities of the Russian Arctic
| A. A. Dudarev et al. | International Journal of Circumpolar Health | 2004
Reports contaminant measurements from Indigenous residents of the Kola, Nenets, Taimyr, and Chukotka regions and evaluates traditional-food exposure pathways.
187. Persistent Organic Pollutants in Maternal Blood and Breast Milk in Arctic Russia
| Multiple authors | Science of the Total Environment | 1998
Compares pesticide and PCB exposure among Indigenous and non-Indigenous mothers in Yamal and Taimyr and investigates possible food sources.
Russian Arctic Demography and Circumpolar Population Change
188. Russian Arctic Indigenous Peoples in the 2010 and 2020 Censuses
| F. Sokolova, Marina M. Panikar and N. Beloshitskaya | Polar Geography | 2026
Compares population and language data and finds increasing Indigenous self-identification alongside continuing decline in everyday proficiency in several Native languages.
189. Indigenous Population of Inuvik
| Statistics Canada | 2021 Census Focus on Geography | 2025
Shows that Indigenous residents form a majority of Inuvik's population and provides separate counts for Inuit, First Nations, Métis, age, and language groups.
190. Regional Geographies and Public Health Lessons of COVID-19 in the Arctic
| Multiple authors | Frontiers in Public Health | 2024
Examines how remoteness, infrastructure, colonial history, chronic disease, Indigenous leadership, community knowledge, vaccination, and local governance shaped Arctic pandemic outcomes.
191. Education and Training Needs for Arctic Indigenous Peoples
| Arctic Council Indigenous Peoples' Secretariat | UArctic | 2019
Identifies language loss, culturally inappropriate schooling, migration for higher education, prejudice, and limited Indigenous control of education as major circumpolar challenges.
192. Water Supply and Sanitation in Chukotka and Yakutia
| Multiple authors | International Journal of Circumpolar Health | 2018
Compares drinking-water and sanitation infrastructure across remote Chukotka and Yakutia communities with substantial Indigenous populations.
193. Traditional Living Habits of the Taz Tundra Population
| Multiple authors | Korean Journal of Parasitology | 2016
Uses paleoparasitological evidence to reconstruct Nenets diets, raw-fish consumption, reindeer use, subsistence practices, and historical disease patterns.
194. Indigenous Peoples of the Russian Arctic
| Multiple authors | Herald of the Russian Academy of Sciences | 2015
Reviews demographic trends, settlements, nomadism, reindeer herding, population counts, health services, and social conditions among numerous Russian Arctic Indigenous peoples.
195. Health and Society in Chukotka
Reviews Chukotka's severe post-Soviet population decline, Indigenous demographic stability, mortality, poverty, injuries, tuberculosis, suicide, and healthcare changes.
196. Cancer Mortality in the Indigenous Population of Coastal Chukotka
| Multiple authors | International Journal of Circumpolar Health | 2013
Documents historically high cancer mortality among Indigenous Chukchi and Siberian Yupik populations, particularly from lung and esophageal cancers.
