Despite recent calls to make geographical analyses more reproducible, formal attempts to
reproduce or replicate published work remain largely absent from the geographic literature …

The number of reproduction and replication studies undertaken across the sciences
continues to rise, but such studies have not yet become commonplace in geography …

Reproducibility is a core element of the scientific method. In the Geosciences, the insights
derived from geodata are frequently communicated through maps, and the computational …

Critical to the foundation of scientific research, the reproducibility of studies and their results
is a fundamental element, ensuring the credibility of the findings and fostering trust. Maps …

Having the ability to reproduce empirical results is foundational to the scientific process.
Increasingly, there is an emphasis within the research community to create workflows which …

Reproducible open science with FAIR data sharing principles requires research to be
disseminated with open data and standardised metadata. Researchers in the geographic …

Replications confront existing explanations with new evidence by retesting prior claims
using new data and similar research procedures. Publishing replication studies remains …

Research data infrastructures are quickly evolving and show a wide variety, for instance in
the way they address user requirements and use cases as well as how they provide user …

Reproducibility and replicability of scientific research are challenges for today's data-driven
(geospatial) research. While several initiatives aim to improve published research's …

Communicating deep understanding between humans is key to the effective application and
sharing of science, and this is critical in GIScience because much of what we do has …