United States Minor Outlying Islands cities list with latitude and longitude in Excel, CSV, XML, SQL, JSON formats
Last update : 20 January 2026.
Below is a list of 100 prominent cities in United States Minor Outlying Islands. Each row includes a city's latitude, longitude, region and other variables of interest. This is a subset of all 10 places in United States Minor Outlying Islands that you'll find in our World Cities Database. You're free to use the data below for personal or commercial applications. The data below can be downloaded in Excel (.xlsx), .csv, .json, .xml and .sql formats. Notable Cities: The capital of United States Minor Outlying Islands is .
| Geoname_ID | City | Alternate_Name | Country_Code | Region | Sub_region | Latitude | Longitude | Elevation | Population | Timezone | Fcode_Name |
|---|---|---|---|---|---|---|---|---|---|---|---|
| 11695317 | Jarvis | UM | Jarvis Island | -0.3719 | -159.99321 | 0 | Pacific/Midway | populated place | |||
| 11695313 | Midway | UM | Midway Islands | 28.21222 | -177.37515 | 0 | Pacific/Midway | populated place | |||
| 5854924 | Itascatown pre-WW2 | UM | Howland Island | 0.80776 | -176.6185 | 0 | Pacific/Midway | populated place | |||
| 11695319 | Palmyra | UM | Palmyra Atoll | 5.88977 | -162.07563 | 0 | Pacific/Midway | populated place | |||
| 11695320 | Kamakaiwi Field | UM | Howland Island | 0.80343 | -176.61698 | 0 | Pacific/Midway | populated place | |||
| 11695315 | Wake | UM | Wake Island | 19.30434 | 166.63612 | 0 | Pacific/Wake | populated place | |||
| 11695316 | Baker | UM | Baker Island | 0.19471 | -176.47644 | 0 | Pacific/Midway | populated place | |||
| 12206892 | Navassa II | UM | Navassa Island | 18.39704 | -75.00839 | 0 | Pacific/Midway | populated place | |||
| 12206893 | Kingman | UM | Kingman Reef | 6.38225 | -162.36726 | 0 | Pacific/Midway | populated place | |||
| 11695312 | Johnston | UM | Johnston Atoll | 16.7314 | -169.52775 | 0 | Pacific/Honolulu | populated place |
**Exploring the Geographical Enigma of the United States Minor Outlying Islands**
Nestled in the vast expanses of the Pacific Ocean, the United States Minor Outlying Islands (USMOI) stand as a testament to nature's diversity and human exploration. As a geographer, unraveling the data of these remote islands, their regions, and geographical coordinates offers a unique perspective on the complex interplay between geography, geopolitics, and environmental conservation. Let's embark on a journey to uncover the geographical mysteries of the USMOI.
Unveiling the Islands: Remote Outposts in the Pacific**
The United States Minor Outlying Islands comprise a collection of remote atolls, reefs, and islands scattered across the Pacific Ocean. From Johnston Atoll in the central Pacific to Wake Island in the western reaches, each island possesses its own distinct ecological features and strategic significance. Acquiring data on these islands provides insights into their geological origins, biodiversity, and the ecological challenges they face in an era of climate change and marine pollution.
Exploring the Regions and Departments: Ecological Diversity Amidst Isolation**
Despite their isolation, the USMOI exhibit remarkable ecological diversity, with each region boasting unique flora and fauna adapted to their respective habitats. From the coral reefs of Palmyra Atoll to the bird colonies of Baker Island, these regions serve as important sanctuaries for marine and terrestrial life. Gathering data on these regions enables researchers to monitor ecosystem health, track biodiversity trends, and assess the impact of human activities on fragile island ecosystems.
Mapping Latitude and Longitude: Navigating the Pacific Wilderness**
For a geographer, obtaining precise latitude and longitude data for each island of the USMOI is essential for understanding their geographic distribution and navigational significance. These coordinates serve as waypoints for sailors, researchers, and conservationists navigating the vast expanse of the Pacific Ocean. Each point on the map represents a unique ecological habitat and geopolitical outpost, shaping the identity of the USMOI as remote yet strategically important territories of the United States.
Conclusion: Embracing the Complexity of Island Geographies**
In the pursuit of data on the United States Minor Outlying Islands, a deeper appreciation emerges for the interconnectedness of geography, ecology, and human history in shaping these remote island landscapes. It is a geography defined by isolation and resilience, where nature's wonders coexist with geopolitical interests and environmental challenges. As geographers, unraveling the geographical enigma of the USMOI is not just an academic exercise but a journey of discovery, stewardship, and appreciation for the unique ecosystems that dot the Pacific wilderness.
The United States Minor Outlying Islands beckon — remote outposts of biodiversity, exploration, and conservation, waiting to be explored, understood, and protected for generations to come.
Download data files for United States Minor Outlying Islands's cities in Excel (.xlsx), CSV, SQL, XML and JSON formats
Understanding the United States Minor Outlying Islands: A Geographer’s Perspective
The United States Minor Outlying Islands (USMOIs) are a lesser-known yet fascinating part of the U.S. territorial makeup. Comprising small islands and atolls scattered across the Pacific Ocean and the Caribbean Sea, these territories play a unique role in understanding the geographical and geopolitical structure of the United States. For those involved in geographic research, urban planning, environmental analysis, or any project involving spatial data, accessing detailed information about these islands is critical. This article will explore the geographic significance of the USMOIs and explain how you can obtain detailed city-level data, including regions, departments, and latitude/longitude coordinates, in versatile formats like CSV, SQL, JSON, and XML.
The Geography of the United States Minor Outlying Islands
The USMOIs are composed of a series of unincorporated territories located far from the continental United States. These include islands such as Wake Island, Midway Atoll, Johnston Atoll, and others that stretch across the Pacific and beyond. While these islands may seem remote, they have strategic importance in terms of military, environmental, and scientific research. The islands are part of the Pacific Ocean’s broader maritime geography, which influences not only the ecological conditions but also the patterns of human habitation and infrastructure development on these isolated lands.
The geographical layout of these islands is highly varied. Some, like Wake Island, are small and flat, while others, such as Midway Atoll, are part of larger, more complex reef systems. Despite their small size, the USMOIs have significant ecological diversity, hosting a variety of species of birds, marine life, and other flora and fauna. The precise geographic positioning of each island, as well as its regional and departmental boundaries, is essential for understanding the environmental, social, and logistical aspects of these territories.
The Value of City-Level Data in the US Minor Outlying Islands
For geographers, researchers, and analysts, obtaining city-level data within the USMOIs is invaluable. While these islands may not have large urban centers like those on the mainland, they each have unique administrative and geographical characteristics that need to be understood in depth. Accurate geographic data of the cities and towns within these islands, including their regions, departments, and exact latitude and longitude coordinates, are critical for various analyses.
Understanding the distribution of settlements and infrastructure across these islands provides insights into the challenges of development, environmental preservation, and strategic planning. These data points also help map out the administrative divisions and territorial boundaries that define the governance of the islands.
Accessing Geographic Data of Cities in the USMOIs
For those working on projects related to the US Minor Outlying Islands, having access to detailed, reliable geographic data is crucial. Whether you are conducting environmental assessments, studying population trends, or planning infrastructure development, access to data about the cities, regions, and departments within these islands will enhance your work.
Latitude and longitude coordinates of each city or settlement within the USMOIs are especially important for spatial analysis. These coordinates enable the creation of detailed maps, help assess environmental risk factors, and are essential in applications involving navigation or territorial boundaries.
Obtaining this data can be done efficiently, especially if it is available in a variety of formats like CSV, SQL, JSON, and XML. These formats provide flexibility for users, from data analysts to urban planners, to incorporate the geographic information into their projects or systems.
Formats for Geographic Data: CSV, SQL, JSON, and XML
Each of these formats is designed to serve different purposes, making it easier to handle geographic data in ways that fit your needs.
- **CSV (Comma Separated Values):** A simple, widely compatible format that is great for organizing data in a tabular structure. CSV is ideal for users who need to import geographic data into spreadsheet software for further analysis or visualization.
- **SQL (Structured Query Language):** For users who need to manage large datasets within a database system, SQL provides an excellent way to store and query geographic data. This format allows for efficient querying and retrieval of information, making it perfect for large-scale geographic analysis.
- **JSON (JavaScript Object Notation):** Lightweight and human-readable, JSON is perfect for developers working with web applications or APIs. It allows for easy integration of geographic data into digital applications, providing flexibility for handling dynamic data.
- **XML (eXtensible Markup Language):** XML is a more structured and hierarchical format, often used for more complex datasets. It is ideal for exchanging geographic data between systems and applications that require standardized formats for data sharing.
Having access to these formats ensures that the data can be easily integrated into various tools and applications, whether you're performing statistical analysis, building geographic information systems (GIS), or creating custom reports.
The Importance of Geographic Data for Understanding the US Minor Outlying Islands
The US Minor Outlying Islands represent an important but often overlooked segment of the United States' territory. While these islands may not have the bustling cities and infrastructure of other U.S. regions, they still hold immense geographical, environmental, and strategic significance. By acquiring detailed geographic data, you gain a deeper understanding of how these islands function within the broader geographical context of the United States and the Pacific region.
With geographic data such as city locations, regional boundaries, and precise coordinates, researchers can study environmental changes, assess the islands' roles in national defense, or evaluate their ecological significance. The availability of such data also aids in planning for future use, whether for conservation efforts or assessing the viability of human settlement.
Enhancing Projects with Geographic Data from the US Minor Outlying Islands
Whether you are conducting scientific research, involved in environmental conservation, or analyzing logistical challenges, the data of cities and regions within the US Minor Outlying Islands will significantly enhance your work. Accessing this data in the form of latitude and longitude coordinates, along with regional and departmental breakdowns, provides essential insights for anyone looking to understand the geography of these remote territories.
By obtaining this information in multiple formats—CSV, SQL, JSON, and XML—you are equipped to perform detailed analysis, develop innovative applications, and make informed decisions about the development and preservation of these islands. With comprehensive data at your fingertips, you can unlock the potential for new discoveries and strategic planning.
Conclusion
The United States Minor Outlying Islands, though often overlooked, are a crucial part of the U.S. geographical and environmental landscape. Having access to detailed city-level data—including geographic coordinates, regional breakdowns, and administrative information—can significantly enhance any project related to these islands. With flexible formats such as CSV, SQL, JSON, and XML, this data can be easily integrated into your systems, allowing for in-depth analysis, development, and research. By tapping into this valuable resource, you gain a richer understanding of these unique territories and their role within the broader geographical context of the United States.