The trace element composition of titanite reflects the temperature, pressure and bulk‐rock
composition from which it crystallized. Two geochemical discriminators are identified by …

Here, we study the relationships of titanite-hosting microdomains, intragrain chemical
variations, microstructure and fluids with the aim of deciphering the reliability of titanite U–Pb …

Re-examination of three specimens from the Kanchenjunga Himal of Nepal via in situ Lu-Hf
garnet geochronology yields evidence of multiple garnet growth events. Spot analyses from …

In this contribution, we analyzed a pair of mafic samples collected from a recently identified
shear zone and its proximal footwall from the Manicouagan Imbricate Zone (MIZ) of the …

The study of magmatic and metamorphic processes is challenged by geological
complexities like geochemical variations, geochronological uncertainties and the …

Titanite is a versatile recorder of crystallization age, temperature, and host lithology, via the
U–Pb system, the Zr‐in‐Ttn thermometer, and elemental composition, respectively. The …

MinPlot is a MATLAB®-based mineral formula recalculation and compositional plotting
program for electron microprobe analyses (EPMA). The program offers recalculation and …

Quantifying the timing and conditions of ductile deformation is essential for quantitative
models of lithospheric deformation. Yet, directly constraining these variables and …

Granulites represent high-grade metamorphic rocks of the deep continental crust. The
metamorphism and exhumation of granulites from Archean terranes provide insights into the …

Laser ablation tandem mass spectrometry is a burgeoning field for in situ Rb‐Sr
geochronology. Here, we determined simultaneous isotope ratios of 87Sr/86Sr and …