Iβm a scientist-geomorphologist and research software engineer. As a researcher I study sediment transport and erosion processes in various environments. In my role as a research software engineer, I mainly focus on bridging geoscience, geospatial data, and promoting research integrity through robust, reproducible software solutions in R, Rust and Python.
From time to time, I post on the Telegram channel "Π’ΠΈΠΏΠΈΠ·ΠΈΡΠΎΠ²Π°Π½Π½ΡΠΉ R" (in Russian).
| R | Rust, Python, JS |
|---|---|
β’ {wbw} - Whitebox Workflows for Rβ’ {centerline} - Centerline extraction and plotting for closed geometriesβ’ {tidyhydro} - C++ boosted commonly used hydrological metrics for {tidymodels} frameworkβ’ {loadflux} - Tools for turbidity and event sediment transport analysisβ’ {rusleR} - Soil erosion modelling framework based on (R)USLEβ’ {HBVr} - R access to the HBV model parameters dataset from Beck et al. (2021)β’ {filtrs} - π¦ Rust-boosted spatial filtering of vector features in Rβ’ {rp5pik} - Download and preprocess meteorological data from http://www.pogodaiklimat.ru/ |
β’ qbin - π¦ Rust library for Quadbin spatial indexing β’ formalist - A Positron IDE extension to make R function calls explicit β’ pastum - A VS Code extension for inserting text tables as dataframe objects into the editor β’ detect-chatgpt - An experimental Streamlit π app for detecting excessive word usage by ChatGPT β’ hydrotranslate - Russian-English dictionary of hydrological terms built in Shiny |
Old, but gold:
{tgme}, Mendeley/Zotero citing styles
Data and code to reproduce some of my scientific findings. Find my full bibliography on
