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

Last update : 15 February 2026.

Below is a list of 100 prominent cities in Jersey. Each row includes a city's latitude, longitude, region and other variables of interest. This is a subset of all 82 places in Jersey 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 Jersey is Saint Helier.

**Exploring Jersey: Unveiling its Geographical Intricacies**

Nestled in the English Channel, Jersey is a captivating blend of natural beauty, historical significance, and cultural heritage. As a geographer embarks on the quest to gather data on its cities, regions, and geographical coordinates, a fascinating narrative unfolds, revealing the island's unique landscape, vibrant communities, and rich historical tapestry.

Cities of Jersey: Island Gems Amidst Coastal Beauty**

Jersey's cities are not just urban centers but reflections of its rich history and cultural diversity. From the bustling capital of Saint Helier, with its charming harbor and historic landmarks, to the picturesque villages scattered across the island, each city tells a story of resilience, adaptation, and community spirit. Acquiring data on these cities provides insights into their demographic profiles, economic activities, and cultural significance, offering a glimpse into Jersey's dynamic urban landscape.

Regions and Departments: Exploring Jersey's Varied Terrain**

Beyond its cities, Jersey's regions and departments showcase the island's geographical diversity and natural splendor. From the rugged cliffs of the north coast to the sandy beaches of the south, each region boasts its own unique landscape and cultural heritage. Gathering data on these regions offers valuable insights into land use patterns, environmental conservation efforts, and the preservation of Jersey's natural resources amidst the pressures of modern development.

Latitude and Longitude: Mapping Jersey's Island Charms**

For a geographer, obtaining precise latitude and longitude data for each city of Jersey is essential for understanding its geographical layout and spatial distribution. These coordinates serve as navigational aids, guiding explorers through Jersey's coastal beauty, rural landscapes, and hidden treasures. From the historic castles and forts that dot the coastline to the tranquil valleys and woodlands of the interior, each point on the map represents a unique geographical feature and cultural landmark, shaping Jersey's identity as a haven of natural beauty and historical intrigue.

Conclusion: Embracing Jersey's Geographical Marvels**

In the pursuit of data on Jersey's cities, regions, and geographical coordinates, a deeper narrative emerges — one of geographical diversity, cultural heritage, and environmental stewardship. It is a narrative that celebrates Jersey's past, present, and future, while also acknowledging the challenges of balancing development with conservation. As a geographer, unraveling this tapestry of geographical intricacies is not just a scholarly pursuit but a journey of discovery and appreciation for the unique charms of Jersey's landscape and cultural heritage.

Jersey awaits — an island of exploration, inspiration, and natural wonders, waiting to be understood, cherished, and celebrated for its geographical marvels and cultural treasures.

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

Exploring Jersey’s Geography: Insights for Sustainable Development and Resource Management

Jersey, the largest of the Channel Islands, is a unique British Crown Dependency located in the English Channel. With a relatively small land area, Jersey's geography presents a fascinating mix of rural landscapes, coastal features, and urban spaces. From its iconic cliffs and beaches to the island's more developed urban areas like St. Helier, Jersey’s diverse terrain and compact size make it an interesting case for geographers, urban planners, and policymakers seeking to understand the dynamics of small island development.

For those looking to manage Jersey’s future growth, understanding the distribution of its cities, regions, and departments is essential. Access to detailed geographic data, including the exact locations of cities and towns, as well as their latitude and longitude coordinates, is critical for strategic planning. By making this data available in formats such as CSV, SQL, JSON, and XML, Jersey can enhance its approach to urban development, environmental sustainability, and infrastructure planning.

Jersey’s Administrative and Geographic Structure

Jersey is divided into 12 parishes, which are the island’s administrative divisions. Each parish serves as a local government unit and plays a crucial role in managing the island’s resources, infrastructure, and services. The largest and most populous parish is St. Helier, which also serves as the capital city of Jersey and is the economic and administrative heart of the island. Other important parishes include St. Brelade, St. Ouen, and Trinity, each with distinct geographic and socio-economic characteristics.

Understanding the geographic layout of Jersey’s cities and regions is fundamental for analyzing development trends and managing resources effectively. While St. Helier is highly urbanized, other parishes, such as St. Ouen and St. Clément, are more rural, with a focus on agriculture, tourism, and natural preservation. Geographic data about the distribution of these areas, along with their respective services, provides insights into how to balance urban and rural development.

Obtaining detailed data about the cities, parishes, and departments of Jersey—including the location of each parish’s capital, key infrastructure, and regional boundaries—offers a clearer picture of the island's spatial dynamics. This information is vital for optimizing infrastructure, services, and resource management in both urban and rural areas.

Latitude and Longitude: Mapping Jersey for Effective Planning

Latitude and longitude coordinates provide an accurate way to map Jersey’s cities, parishes, and regions. Given the island's relatively small size, precise geographic data is essential for managing its limited space effectively and ensuring that growth is sustainable. Whether assessing the need for new housing developments, planning transportation routes, or managing natural resources, accurate geographic coordinates help planners make informed decisions.

For example, St. Helier’s position on the southern coast of Jersey gives it direct access to the island’s main harbor and trade routes, making it central to the island’s economy. Mapping its geographic coordinates and understanding its spatial relationship with other parishes helps in planning infrastructure such as roads, public transportation, and utilities. Similarly, understanding the location of more rural parishes like St. Ouen or Trinity in relation to urban areas helps balance development efforts and ensures that resources are equitably distributed across the island.

Accurate latitude and longitude coordinates also support geographic information systems (GIS), which allow for detailed spatial analysis of urban growth, environmental protection, and resource management. With GIS, planners can visualize trends, such as urban sprawl, and forecast future infrastructure needs, all while accounting for environmental factors like coastal erosion or flood risk.

Data Formats for Geographic Analysis and Integration

To fully leverage the potential of geographic data, it must be accessible and easily integrated into various systems and tools. Formats such as CSV, SQL, JSON, and XML enable users to efficiently work with geographic data on Jersey’s cities, regions, and parishes. These formats allow for seamless integration into mapping platforms, databases, and analytic tools.

- **CSV (Comma-Separated Values)** is an ideal format for organizing geographic data in tabular form. Information about Jersey’s cities and regions, such as population, infrastructure, and geographic coordinates, can be stored in CSV files. This allows researchers and planners to easily analyze and manipulate the data using spreadsheet tools or other data analysis software.

- **SQL (Structured Query Language)** is used to manage relational databases and perform complex queries. Storing geographic data about Jersey’s cities and regions in SQL databases allows users to query large datasets to uncover patterns, trends, and relationships. For example, analysts can examine how the distribution of resources correlates with population density or infrastructure needs.

- **JSON (JavaScript Object Notation)** is a widely used format for transmitting data in web applications. Developers can use JSON to integrate geographic data into interactive mapping tools, real-time tracking systems, or location-based services. JSON is particularly useful for visualizing geographic data dynamically, allowing users to explore Jersey’s cities, regions, and infrastructure in real time.

- **XML (Extensible Markup Language)** is used to structure data in a way that highlights relationships and hierarchies. For Jersey, XML can be used to organize data about the geographic boundaries of cities, parishes, and regions. This is particularly useful when sharing data across systems, as XML allows for easy data exchange between different platforms while maintaining a consistent structure.

Urban Development and Infrastructure Planning in Jersey

As Jersey continues to grow, understanding the geographic distribution of cities and parishes is crucial for effective urban planning and infrastructure development. St. Helier, as the economic and administrative center of the island, faces challenges such as housing shortages, traffic congestion, and pressure on public services. In contrast, rural areas like St. Ouen or St. John face different challenges, such as maintaining agricultural land, providing adequate healthcare, and expanding digital connectivity.

Access to geographic data enables urban planners to prioritize infrastructure projects, optimize land use, and ensure that development is aligned with the needs of the population. For example, understanding the location of key services like hospitals, schools, and public transport in relation to residential areas allows planners to design systems that reduce commute times and improve access to essential services.

Geographic data also supports sustainable development by helping planners identify areas where green spaces, renewable energy sources, and climate adaptation projects should be prioritized. By incorporating geographic data into development plans, Jersey can grow in a way that enhances its urban environments while preserving its natural resources.

Environmental Management and Conservation Efforts

Jersey’s natural environment is one of its most valuable assets, and geographic data plays an essential role in its conservation. From its coastal ecosystems to its inland parks and forests, the island’s geography is shaped by both natural processes and human activity. Using geographic data, environmentalists and policymakers can monitor changes in land use, track biodiversity, and implement conservation strategies.

For instance, geographic data on the distribution of coastal habitats, such as sand dunes or wetlands, can help inform policies aimed at protecting Jersey’s coastline from erosion or overdevelopment. Similarly, data on local wildlife and plant species allows for the creation of conservation areas that help maintain Jersey’s biodiversity.

Geographic data also supports environmental management by mapping areas vulnerable to flooding, soil erosion, or other environmental risks. For example, understanding the spatial distribution of natural resources like freshwater sources or farmland helps ensure that these resources are managed sustainably and preserved for future generations.

Disaster Risk Management and Climate Adaptation

While Jersey is not as prone to large-scale natural disasters as some other regions, its coastal location makes it susceptible to risks such as flooding, storms, and coastal erosion. Geographic data plays an important role in assessing these risks and developing strategies for disaster management and climate adaptation.

By mapping areas vulnerable to flooding, planners can design effective flood prevention measures, such as building flood barriers or improving drainage systems. Similarly, understanding the geographic location of key infrastructure allows emergency services to prepare for evacuations and deploy resources more efficiently in the event of a natural disaster.

With climate change increasing the frequency and intensity of storms, geographic data helps Jersey adapt by identifying areas that will need to be protected or relocated due to rising sea levels or other environmental changes. Using this data in disaster risk management planning ensures that Jersey remains resilient in the face of future challenges.

Conclusion

Geographic data about Jersey’s cities, regions, and parishes—including latitude and longitude coordinates—is essential for managing urban development, resource allocation, environmental protection, and disaster preparedness. By obtaining this data in formats such as CSV, SQL, JSON, and XML, planners, policymakers, and researchers can integrate it into their decision-making processes, ensuring that Jersey’s growth remains sustainable, inclusive, and resilient. With the right geographic data, Jersey can continue to evolve while preserving its natural beauty and unique character for future generations.