Aim
Modern exploration for georesources is based on the spatial quantification of all those geological parameters relevant to the formation of mineral deposits. The students will obtain knowledge of the methods that can be applied to the formulation of mineral potential maps for a given region.
Content
Mineral deposits are considered products of complex mineral systems, which can be described by a number of parameters that vary in space and time. Various methods of spatially quantifying these parameters and integrating them into mineral potential maps will be discussed and applied with the help of conventional GIS software.
Coding
Coding examples and individual work will be covered
Software
Various software programs will be used, but mainly OpenSource software such as R.
Techniques
Different techniques will be introduced and practically applied.
Content
The content of scientific with regard to the audience will be discussed.
General Course News and Updates
Internship Presentation on February 27 at 12:00 p.m.
On Tuesday, February 27 at 12:00 Luisa Pflumm will present her innolab report on developing a processing pipeline to produce photogrammetry products in UAS acquired imagery using Agisoft Metashape software (seminar room 3, John-Skilton-Str. 4a). The work of the...
International Day of Women and Girls in Science
We would like to celebrate the International Day of Women and Girls in Science with you! It is celebrated annually on February 11th. This day aims to promote full and equal access to science for women and girls, as well as to recognize the achievements of women in...
GRASS GIS introduced in our EAGLE MSc
The very powerful and versatile spatial analysis program, GRASS, is introduced today within our EAGLE spatial data software course. GRASS provides a wide variety of functions, but just a few possibilities such as VI calculation, time-series or Python programming in...
Introduction to Whitebox software
The Whitebox geospatial software offers a wide range of functionality which are partly also not available in other packages, such as hydrological analysis or Lidar processing. Our earth observation EAGLE students are learning diverse geospatial software packages in...
Internship Networking event
Our EAGLEs have to conduct two internship and like to do them in quite diverse fields. Their research interests range from dry ecosystems to mountains, from conservation to agriculture, from the Arctic to Africa and from Earth Observation companies to large research...
UAS application in a biosphere reserve
Our EAGLE Helena Wehner presented her work in the Rhoen biosphere reserve where she tested the potential of low cost consumer drones for conservation. She aimed at mapping animal tracks using photogrammetry approaches in snowy landscapes. The structure through...
Online RStoolbox bug code sprint
Our new maintainer, konstantin Mueller, one of our EAGLE students, migrated the remote sensing R package to sf, terra/stars and got it back onto cran. However, as usual various bugs are still around and during our eagle remote sensing programming lecture the youngest...
EAGLE student Konstantin Müller is a guest scientist in Japan
Our EAGLE student Konstantin Müller is a guest scientist at The International Research Institute for Disaster Science (IRIDeS) in Japan The IRIDeS is dedicated to advancing research and understanding in the realm of disaster science. Situated in Japan, IRIDeS plays an...
EAGLEs learn SNAP
Various very specific scientific software packages are developed to serve specific purposes like the SNAP tools for Sentinel fleet data processing. Our EAGLEs have to learn the wealth of relevant software packages for our field of research and get to know the pros and...
our EAGLEs train SAGA GIS
Within our EAGLE MSc program our students are learning quite a variety of programming environments and software programs, however due to the high diversity of available (open-source) programs our students have to apply their spatial research skills to learn a totally...