Toquem Pedra

Introducing a new methodological approach for the study of agriculture in the past: preliminary results

Sulle tracce di Emilio Sereni in Val Polcevera (Liguria). Fonti iconografiche e osservazioni di terreno per la storia ambientale

A new approach combining 3D Geometric Modern Morphometric analysis and machine learning for the identification of past landraces

Triticum timopheevii in southeastern and eastern Europe: overview of the finds across space and time

Feeding the Gap: A modern experimental cultivation project towards the creation of new tools for the exploration of agriculture in the past

A pilot study of a new 3D GMM-based machine learning algorithm for the identification of crop landraces and agricultural practices

Colonial economies of the Roman empire: long-distance spice trade as a proxy

arqueoPLANT: a new network of researchers and a tool for the dissemination of archaeobotany in the Iberian Peninsula

New methods to explore past agriculture: Modern Experimental Cultivations and 3D Geometric Morphometrics

New insights into past agriculture: a modern experimental cultivation project that explores past agriculture with the aim of 3D Geometric Morphometrics

El vi al Born (Barcelona). Producció, distribución, emmagatzematge i consum

Assessment of traditional varieties of barley (Hordeum vulgare L.) for their resistance in conditions of water deprivation

Modern Experimental Cultivations of Barley; Methods, Preliminary Results, Possibilities, and Limitations

Archaeobotany and computational archaeology synergies: from prehistoric Aegean to Roman Europe

Trees, fuel and forests at Palaikastro: an anthracological and archaeobotanical approach

From shape to grow conditions: a workflow combining micro-3D scanning, geometric morphometrics and machine learning for the analysis of past agricultural strategies

Extracting data from grain shape: applications of 3D Deep Learning

Reconstituting the Roman diet through organic residue analysis: the case of Guissona and Puig Castellar

New insights into past agricultural regimes: towards the creation of a new tool combining 3D Geometric Modern Morphometrics & machine learning