Luxembourg cities list with latitude and longitude in Excel, CSV, XML, SQL, JSON formats

Last update : 13 June 2025.

Below is a list of 100 prominent cities in Luxembourg. Each row includes a city's latitude, longitude, region and other variables of interest. This is a subset of all 486 places in Luxembourg 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 Luxembourg is Luxembourg.

**Exploring Luxembourg: Unveiling the Charms of the Grand Duchy**

Introduction**

As a geographer, peering through the lens of geography allows for a deeper understanding of the intricate landscapes and cultural tapestry of Luxembourg. In this exploration, we delve into the data of Luxembourg's cities, regions, and geographical coordinates, unraveling the unique features of this small yet significant European nation.

Mapping the Regions and Divisions**

Nestled in the heart of Europe, Luxembourg is a land of contrasts, with its rolling hills, dense forests, and picturesque valleys. Divided into distinct regions and administrative divisions, each area boasts its own distinct character and allure. From the bustling streets of Luxembourg City to the tranquil countryside of Vianden, mapping these regions provides insights into Luxembourg's diverse topography, land use patterns, and historical heritage.

Discovering Urban Centers and Rural Enclaves**

Luxembourg's urban centers and rural enclaves serve as focal points for economic activity, cultural exchange, and community life. The capital, Luxembourg City, stands as a testament to the nation's rich history, with its ancient fortifications, charming old town, and modern financial district. Beyond the city limits, quaint villages like Echternach and Clervaux offer glimpses into rural life, with their quaint architecture, pastoral landscapes, and vibrant local traditions. Exploring these urban and rural landscapes allows geographers to analyze spatial patterns, demographic trends, and socio-economic dynamics within Luxembourg.

Obtaining Geographical Coordinates**

Acquiring precise geographical coordinates for Luxembourg's cities and towns is essential for spatial analysis, infrastructure planning, and navigation systems. By obtaining latitude and longitude data for each locality, geographers can contribute to mapping projects, transportation networks, and environmental assessments. From the northern reaches of Wiltz to the southern borders of Remich, accurate geospatial information enables better decision-making and resource management across Luxembourg's diverse terrain.

Preserving Natural Landscapes and Cultural Heritage**

Preserving Luxembourg's natural landscapes and cultural heritage is vital for safeguarding its environmental sustainability and cultural identity. The nation's lush forests, meandering rivers, and UNESCO-listed sites are home to a rich diversity of flora, fauna, and historical monuments. Conservation efforts aim to protect these natural habitats, promote sustainable tourism, and celebrate Luxembourg's unique cultural heritage. By engaging with local communities, conservation organizations, and policymakers, geographers play a crucial role in advocating for environmental stewardship and cultural preservation initiatives.

Conclusion**

In conclusion, delving into the geography of Luxembourg unveils a land of remarkable beauty, diversity, and historical significance. By obtaining data on its regions, urban centers, and geographical coordinates, we gain valuable insights into the spatial dynamics and cultural fabric of this small yet resilient nation. Let us continue to explore, cherish, and protect Luxembourg's natural landscapes and cultural heritage, ensuring a sustainable future for generations to come.

Download data files for Luxembourg's cities in Excel (.xlsx), CSV, SQL, XML and JSON formats

Geographic Data and Urban Planning in Luxembourg

Luxembourg, a small but significant country in Western Europe, is known for its high-income economy, stable governance, and strategic location at the crossroads of France, Germany, and Belgium. Despite its small size, Luxembourg's diverse landscape, ranging from forested hills to its fertile river valleys, presents a unique set of challenges and opportunities for urban planning, resource management, and sustainable development. For geographers, urban planners, and policymakers, access to comprehensive geographic data is essential for making informed decisions about urban expansion, infrastructure, and the efficient use of natural resources.

Geographic data on Luxembourg’s cities, including precise latitude and longitude coordinates, as well as information on regions and departments, provides valuable insights into the spatial distribution of population centers, economic hubs, and natural resources. By obtaining and utilizing this data in formats such as CSV, SQL, JSON, and XML, planners can enhance their ability to design efficient, sustainable, and data-driven strategies that meet the needs of both urban and rural populations.

Luxembourg's Administrative Structure: Regions and Municipalities

Luxembourg is divided into 12 administrative regions, with each region containing several municipalities. These regions, such as Luxembourg City, Esch-sur-Alzette, Differdange, and Ettelbruck, are distinct in terms of their geographical features, economic activity, and population density. Luxembourg City, the capital, is the political, cultural, and financial center of the country, while cities like Esch-sur-Alzette and Differdange are key to the industrial and residential development of the country.

Understanding the geographic and demographic distribution of Luxembourg’s municipalities and regions is essential for effective resource allocation and infrastructure planning. The capital, Luxembourg City, is experiencing rapid urbanization, requiring careful management of housing, transportation, and public services. In contrast, smaller municipalities like Mersch and Wiltz face different challenges, including rural development, improving connectivity, and maintaining the country’s green spaces.

Geographic data on the exact locations of cities, towns, and villages—along with their relationship to surrounding regions and departments—helps planners optimize the placement of infrastructure such as roads, water systems, and public facilities, ensuring balanced and equitable development across the country.

Latitude and Longitude: Mapping Luxembourg's Urban and Rural Areas

Latitude and longitude coordinates provide the foundational geographic data necessary for mapping Luxembourg’s cities, regions, and key natural features. With Luxembourg's varied terrain, which includes the Ardennes Mountains in the north, the Oesling region, and the gentle valley landscapes of the south, accurate geographic data enables planners to design infrastructure that is tailored to the country’s unique environmental conditions.

Luxembourg City’s location on the Alzette River allows it to serve as a central node for commerce and governance in the country. Mapping the latitude and longitude of Luxembourg City, and other key cities like Esch-sur-Alzette, allows planners to understand the city's relationship to major transportation routes and surrounding regions, ensuring efficient connections within the country and across borders. These precise coordinates are also important for developing sustainable urban transport systems that reduce congestion and carbon emissions, while improving access to public services.

In rural areas like the Müllerthal region, geographic data helps optimize land use for agriculture, forestry, and conservation. Mapping the location of these rural communities and their proximity to natural resources allows for better resource management, while protecting the environment from the pressures of urban sprawl.

Data Formats for Geographic Analysis and Decision-Making

The effectiveness of geographic data depends on how it is organized and made available. Providing this data in formats such as CSV, SQL, JSON, and XML ensures it is easily accessible and can be seamlessly integrated into urban planning and decision-making systems. These formats enable planners to analyze and visualize geographic trends, make data-driven decisions, and ensure that infrastructure projects align with population needs and environmental sustainability.

- **CSV (Comma-Separated Values)** is an efficient and widely used format for organizing data in tabular form. Geographic data about Luxembourg’s cities, population sizes, infrastructure, and geographic coordinates can be stored in CSV files, making it easy to import the data into software like spreadsheets or databases. This format is useful for quick analysis of urban growth, resource distribution, and identifying patterns in regional development.

- **SQL (Structured Query Language)** is ideal for managing and querying large datasets. Geographic data on Luxembourg’s cities, regions, and departments can be stored in SQL databases, allowing for advanced spatial queries and analysis. SQL enables planners to track urban expansion, monitor the distribution of resources, and assess infrastructure gaps. It allows stakeholders to analyze trends and forecast future development needs.

- **JSON (JavaScript Object Notation)** is commonly used for transmitting data in web applications and APIs. Geographic data in JSON format can be used to build interactive mapping tools, real-time location tracking systems, and mobile applications that allow users to explore Luxembourg’s cities, infrastructure, and environmental conditions dynamically. JSON enables seamless integration of geographic data into modern, user-friendly platforms.

- **XML (Extensible Markup Language)** is a flexible and hierarchical format used to structure complex data. In Luxembourg, XML can be used to map the relationships between cities, regions, and departments, creating a clear and organized structure for geographic information. XML is essential for sharing data between different systems and ensuring compatibility across various planning tools and databases.

Urbanization and Infrastructure Planning in Luxembourg

Luxembourg is undergoing rapid urbanization, particularly in Luxembourg City and its surrounding areas. As the population increases, there is an urgent need to expand infrastructure, build more residential areas, and improve transportation networks. Geographic data plays a pivotal role in managing these challenges by ensuring that urban expansion occurs in a sustainable and well-coordinated manner.

For example, geographic data on population density, land use, and transportation networks allows urban planners to identify areas where new housing, schools, hospitals, and other public services should be located. It also helps in optimizing traffic flow and reducing congestion by improving public transport and designing better roads and pedestrian pathways.

In addition to urbanization, Luxembourg’s smaller municipalities also face challenges related to rural development. Geographic data allows for targeted investments in rural infrastructure, such as roads, water management systems, and green spaces, ensuring that all regions benefit from the country’s overall development. Moreover, this data helps ensure that the urbanization process does not encroach on valuable natural resources or agricultural land.

Environmental Sustainability and Resource Management

Luxembourg places a high priority on environmental sustainability, with a strong emphasis on conserving its natural landscapes, reducing emissions, and ensuring the efficient use of resources. Geographic data is key to managing these efforts, helping authorities monitor land use, protect forests, and manage water resources more effectively.

By mapping forests, agricultural land, and conservation areas, geographic data allows for the development of policies that balance economic growth with environmental protection. For instance, geographic data helps monitor deforestation rates, land degradation, and biodiversity changes, allowing for the creation of targeted conservation strategies that preserve Luxembourg’s natural heritage.

Additionally, by identifying the locations of renewable energy sources, such as wind and solar farms, geographic data helps ensure that Luxembourg can meet its sustainability goals. Solar energy potential, for example, can be assessed based on geographic data related to sunlight exposure and land availability, enabling planners to optimize the development of clean energy infrastructure.

Disaster Preparedness and Climate Change Adaptation

Luxembourg’s vulnerability to climate change is an emerging concern, particularly with regard to flooding, extreme weather events, and the potential impact of rising sea levels on its infrastructure. Geographic data plays a crucial role in disaster preparedness and climate change adaptation, enabling authorities to assess risk areas and plan for future climate scenarios.

For instance, geographic data helps identify flood-prone areas along rivers like the Alzette and the Moselle. By mapping these areas, Luxembourg can plan for effective flood control measures, such as building dams and improving drainage systems. In addition, geographic data helps authorities plan for heatwaves, droughts, and other extreme weather events, ensuring that infrastructure and public services are resilient to the impacts of climate change.

By integrating geographic data into climate adaptation strategies, Luxembourg can better prepare for the challenges posed by a changing climate, ensuring that its cities, infrastructure, and natural landscapes remain resilient in the face of future risks.

Conclusion

Geographic data on Luxembourg’s cities, regions, and departments—including precise latitude and longitude coordinates—is vital for effective urban planning, infrastructure development, resource management, and disaster preparedness. By providing this data in formats such as CSV, SQL, JSON, and XML, Luxembourg ensures that it is accessible to all stakeholders involved in the country’s development. With accurate geographic data, Luxembourg can address its urbanization challenges, manage its natural resources, and plan for a sustainable and resilient future, all while promoting balanced growth across its urban and rural areas.