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Insert maps into documents

In most cases you want to insert maps you have found or created with geographic data into some document such as an article or report. Below is a step wise instruction with some examples. The simplest and quickest way to get a map is to copy it from an Internet source (be aware of copyright). Do this by right-clicking on the image in your web browser and choose copy/copy image from the pop-up menu.

https://www.gis.lu.se/gis-centre/geographical-data/tips-tricks/insert-maps-documents - 2026-05-27

Retrieve a map of Skåne and inserting it in a document

Copying and Inserting an ImageThe following example uses the word processor MS Word or OpenOffice Writer (PC) and Firefox web browser.Find the link Open Streetmap under the heading Sweden, found in Geographical Data > For Everyone, and click on it.Choose a zoom level so you can see the whole area of interest (here Skåne).Choose Export in the upper part of the map window.Choose to Manually select a

https://www.gis.lu.se/retrieve-map-skane-and-inserting-it-document - 2026-05-27

Retrieve a map of Venezuela and inserting it in a document.

Copying and Inserting an ImageThe following example uses the word processor MS Word or OpenOffice Writer (PC) and Firefox web browser.Find the link d-maps.com under the heading World, found in Geographical Data > For Everyone, and click on it.At d-maps.com you can choose from a number of maps. When clicking on the small map you find suitable, you will get a large version of that map on your screen

https://www.gis.lu.se/retrieve-map-venezuela-and-inserting-it-document - 2026-05-27

EMU

PhD & MSc Positions Six PhD and Two MSc Opportunities under Sida Research Project:GIT for Disaster and Natural Resource Management Sub-program at EMU 2017-2021     The Sida Research Project, GIT for disaster and natural resource management sub-program is a five-year research project funded by the Swedish International Development Agency (Sida) and the Swedish Embassy in Mozambique. The GIT sub-pro

https://www.gis.lu.se/emu - 2026-05-27

Developing environmental management technologies for improved livelihoods, focusing on flooding and water resources including adaptation strategies

Responsible partner: Research topic and aims:This project will include data collection on the livelihood types, water resources, and potential short term and long term physical risk factors. All data will be collected with a focus of being used and analyzed in GIS. The first aim of this project is to estimate spatial flooding potential of standalone and joint extreme events. The second aim is to a

https://www.gis.lu.se/developing-environmental-management-technologies-improved-livelihoods-focusing-flooding-and-water - 2026-05-27

Mathematical modelling and optimization with informatics for GIT-based decision support systems in disaster management

Responsible partner:Research topic and aims:Planning and decision-making is an important part of disaster management in all phases. When a disaster strikes, the society needs urgent help in terms of shelter, food, medical facilities, evacuation, etc., while the time and the available resources are limited.The first objective of this project is to define, formulate and model disaster management pro

https://www.gis.lu.se/mathematical-modelling-and-optimization-informatics-git-based-decision-support-systems-disaster - 2026-05-27

Mapping vulnerability and dependencies in socio-ecological systems with GIT

Responsible partner: Research topic and aims:The PhD student will focus on applying Geographical Information Technologies (GIT) to analyze and model how different hazards impact human lives, livelihoods, and the functioning of society across scales. It also takes into consideration the changing risk landscape due to climate change, urbanization, population growth, and other central processes of ch

https://www.gis.lu.se/mapping-vulnerability-and-dependencies-socio-ecological-systems-git - 2026-05-27

Developments of models, methods, and platforms for GIT based collaborative real-time disaster response with GIT

Responsible partner: Research topic and aims:Efficient collaborative response to natural disasters does not only have to be based on relatively static factor maps (e.g., elevation, land cover, etc.), which are supported by standard "static" GIS functionality and analysis, but also has to be based on in-situ, real-time measurements (e.g., reports, measurements, and pictures from rescue workers or t

https://www.gis.lu.se/developments-models-methods-and-platforms-git-based-collaborative-real-time-disaster-response-git - 2026-05-27

Transboundary policies supporting eco-disaster risk reduction: A multi-sphere analysis of implementation and enhancement

Responsible partner: Research topic and aims:The overall aim of this project will thus be to identify, investigate, assess, analyse, and map the legislation, policies, strategies, and frameworks relating to Eco-DRR in Mozambique, neighbouring countries and the region. This project will aim to answer the following research questions: What policies, legislation, strategies, frameworks, and plans rel

https://www.gis.lu.se/transboundary-policies-supporting-eco-disaster-risk-reduction-multi-sphere-analysis-implementation - 2026-05-27

Earth observation technology for natural resource management and environmental change monitoring

Responsible partner: Research topic and aims:With the recent launch of European Space Agency’s Sentinel-1 and Sentinel-2, SAR, and optical data with global coverage and operational reliability data have become routinely and freely available. They provide excellent opportunities to use Earth observation technology for effective and operational natural resource management and environmental change mo

https://www.gis.lu.se/earth-observation-technology-natural-resource-management-and-environmental-change-monitoring - 2026-05-27

PhD Positions EMU

PhD Positions Six PhD Opportunities under Sida Research Project:GIT for Disaster and Natural Resource Management Sub-program at EMU 2017-2021     The Sida Research Project, GIT for disaster and natural resource management sub-program is a five-year research project funded by the Swedish International Development Agency (Sida) and the Swedish Embassy in Mozambique. The GIT sub-program is implemente

https://www.gis.lu.se/phd-positions-emu - 2026-05-27

Master’s programme in Geomatics, Lund University, Sweden (2 years full time studies)

Responsible partner:Education:The Master´s programme in Geomatics aims at providing you with an attractive education that will prepare you for work in governmental and private organisations as well as for research. It provides courses in a wide range of areas in the field of geomatics including geographic information systems (GIS), geodesy, remote sensing and computer science. The programme consis

https://www.gis.lu.se/masters-programme-geomatics-lund-university-sweden-2-years-full-time-studies - 2026-05-27

Post Doctoral position, EMU Lund University, Sweden (1 year full time research)

Responsible partner:The Sida Research Project, GIT for disaster and natural resource management sub-program is a five-year research project funded by the Swedish International Development Agency (Sida) and the Swedish Embassy in Mozambique. The GIT sub-program is implemented by the Department of Mathematics and Informatics (DMI), at Eduardo Mondlane University, on the Mozambique side, Lund Univers

https://www.gis.lu.se/post-doctoral-position-emu-lund-university-sweden-1-year-full-time-research - 2026-05-27

Education

The GIS Centre offers a variety of individual courses and MSc programs in Geographical Information Science, Technology, and Geomatics through the Dept. of Physical Geography and Ecosystem Science at Lund University. Our educational services target primarily students, researchers and staff at Lund University, but also external clients.The GIS education and training we offer range from tailored shor

https://www.gis.lu.se/gis-centre/education - 2026-05-27

Lund Luminescence Laboratory

Luminescence dating is a geochronological technique that spans the Late Quaternary, and can be used in both geological and archaeological applications. It uses the natural emission of light from mineral grains (namely quartz and feldspar) to inform us about the age of events ranging from the deposition of beach sediments in storm events, change in climatic conditions, and the making of pottery and

https://www.geology.lu.se/research/laboratories-equipment/lund-luminescence-laboratory - 2026-05-27

Research projects

Examples of projects from which samples have been or are being dated at this laboratory. Glacial history and sea-level change of Svalbard. H. Alexanderson, A. Lyså, A. Schomacker, M. Furze et al.Visualizing an Ancient Egyptian Queen. A. Hood, E.C. Köhler, H. Alexanderson et al.Quartz luminescence characteristics in Sweden and Norway – process and provenance studies. H. Alexanderson, J. Grönberg, A

https://www.geology.lu.se/research/laboratories-equipment/lund-luminescence-laboratory/research-projects - 2026-05-27