Geosciences
How to use?
Tools for modeling Earth and environmental processes: from geological dynamics to atmospheric phenomena, with the fundamentals behind each calculation.
Who is it for?
Students and professionals in geology, geophysics, meteorology, and Earth sciences who work with quantitative data.
How to use them?
Pick a tool, enter the problem values, and read the result. The Fundamentals section contextualizes the physical or geological model applied.
Scope
A growing category covering geological, crystallographic, and atmospheric processes. If you work with a problem that isn't covered yet, reach out from the Contact section.
5 calculators · 8 widgets
Radiometric Dating (Geochronology)Calculate the age of geological and archaeological samples using isotopic decay methods (C-14, U-Pb, K-Ar, Rb-Sr). Decay curve, parent/daughter ratio, and range validations
Bragg Diffraction (Crystallography)Calculate the diffraction angle, interplanar distance, or X-ray wavelength using Bragg's Law with an interactive crystal lattice animation.
Condensation Level LCL/CCL (Meteorology)Calculate cloud base altitude (LCL/CCL) and Convective Temperature (Tc) from surface temperature, relative humidity, or dew point.
P and S Seismic Waves (Seismology)Analysis of body wave propagation in elastic, homogeneous, and isotropic media. Calculates compressional and shear velocities, Poisson's ratio, and estimates local epicentral distances using the S-P method.
Tidal Harmonic Synthesis (Oceanography)Reconstruct sea level η(t) by summing the M2, S2, K1 and O1 constituents over mean level H₀. Compute high/low waters, tidal range and the Courtier form factor with an interactive time-series visualization.