Several studies were conducted and are ongoing where we investigate modelers, modeling decisions and modeling perceptions. Below I discuss the rationale and a summary of the (preliminary) results. Simulation models, conceptualizations of processes into a system of mathematical equations (hereafter simply referred to as models), are frequently used tools in the hydrological sciences. The literature ...[Read More]
When the students are gone: Transition to online teaching
With the ongoing Corona crisis, universities are closed and in-person classes are/were rapidly transitioning to online courses with only little time for preparation for instructors. Preparing online classes usually takes lots of effort and time, which is why we should probably all just release ourselves from too high expectation. Motivated by the ongoing discussion on Twitter about the challenges ...[Read More]
Sharing is caring: Models for all, presenting eWaterCycle II
The photos above were found by doing a google image search for ‘hydrologist’. Apparently our image is that of scientists that get to be outside a lot. We all know that the knowledge we gain from fieldwork gets codified in hydrological models which can be written in all sort of programming languages. “I wonder what this analysis would look like using that other groups hydrological model ...[Read More]
Featured catchment series: The San Carlos Catchment in northeast Costa Rica, a multi-scale hydrological observatory to leapfrog data scarcity in the tropics
Tropical ecosystems are of major hydrological importance for regional and global climate systems and are characterized by greater energy inputs, higher rate of change and dynamics compared to other hydroclimatic regions. Nowadays, the anthropogenic influence in the climate crisis exerts enormous pressure on tropical hydrological systems. This growing pressure affects water quality and quantity, wh ...[Read More]