🌍 Geoscientist | Environmental Geospatial Modeler Exploring how landscapes think — through data, chemistry, and terrain. I work at the crossroads of hydrogeochemistry, remote sensing, and GIS-based environmental modelling. Mostly self-directed research: from asking real-world questions to building geospatial models and visual narratives that connect science and society. I’m not a “tool user” — I’m a systems thinker with a geochemical compass and a data-driven map.
Eugene
@datastory@mstdn.ca
mstdn.ca
🌎 Why 1960s Geoscience Classics Still Matter in Data Science
Data without domain expertise is noise. It’s easy to get caught up in R or ML, but foundational science drives true insight.
I'm revisiting N.M. Strakhov's masterpiece "Principles of Lithogenesis" (1960-62, translated 1967). Springer’s 2014 digital reprint (Google Books) proves its value. Over 60 years later, his systematic approach to sedimentary environments and geochemistry remains highly relevant.
❓ Why this matters for spatial analytics:
🔹 Ground-Truthing: You can't model watershed contamination, mine waters, or deposits via desktop sowtware alone if you ignore baseline lithological and geochemical laws.
🔹 Feature Engineering: The best domain features come from understanding physical processes—like how basins and geochemical barriers function.
❗ Tools change, but physical laws are timeless. Understanding both turns raw data into actionable insights.
#Geology #Geochemistry #DataScience #SpatialAnalysis #Springer #GoogleBooks #Lithogenesis
Dr. Or M. Bialik
@ombialik@mastodon.world
Geology, climate change researcher, and too many other things | Posting about the writing experience, science, SFF and academia. Opinions are my own or of the characters in my head.
mastodon.world
#WeekendReading: Remírez et al., about a boron-based salinity proxy for normal marine conditions! I'm going for cautiously optimistic.
Link: https://www.sciencedirect.com/science/article/pii/S0009254126003505
#Boron #Paleosalinity #Proxy #Geochemistry
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