Live Wire
|Latest Updates|Breaking News|
Live Wire Synced
|
|
Chronicle GlobalGlobal Live News & Entity Knowledge Graph
CONFIRMED

Neanderthal wooden tools from Spain found preserved in stone

The Stone Age owes its name to tools that survived to our time. The material early humans worked with most, though, was probably wood because it is so much easi...

By Jacek Krywko•Oct 9, 2026, 10:34 PM UTC•4 min read
US
Share Dispatch
Neanderthal wooden tools from Spain found preserved in stone
Key Developments & Executive Summary
  • Primary Wire Report: The Stone Age owes its name to tools that survived to our time. The material early humans worked with most, though, was probably wood because it is so much easi...
  • Desk & Verification: Normalized under Technology desk via Ars Technica.
  • Classification Status: CONFIRMED wire dispatches verified against institutional sources.

The Stone Age owes its name to tools that survived to our time. The material early humans worked with most, though, was probably wood because it is so much easier to process. Unfortunately, we know very little about Paleolithic woodwork because wood rots relatively quickly. But at Abric Romaní, a rock shelter in Capellades, west of Barcelona, mineral-rich water coated wooden Neanderthal tools in a limestone-like crust. When wood rotted away, it left behind hollow molds that faithfully reflect its shape. In a recent Science Advances study, a team of Spanish archaeologists has cataloged 597 wooden remains from Neanderthal living areas dating from 62,000 to 40,000 years ago. They found spears, digging sticks, bark trays, parts of shelters, and a club unlike anything seen before, suggesting Neanderthals were likely much more than just Homo sapiens’ dumber cousins. Beyond hunting gear The oldest wooden artifacts we have are mostly weapons. They include spears from a German town called Schöningen, a spear tip from Clacton-on-Sea in England, and the spear found alongside an elephant skeleton in Lehringen, Germany. Most came from waterlogged sediments, where a lack of oxygen slowed decay. Read full article Comments

Share Dispatch
J

Jacek Krywko

Contributor

Contributing Reporter via Ars Technica

Editorial Transparency

This article has been aggregated and formatted under Chronicle Global's editorial standards. Primary source reporting is attributed to originating news services and verified against public records.

Original Wire Source Release

Direct primary wire transmission originated by Ars Technica.

Read Original Primary Wire

Source Transparency & Verification Dossier

Primary Attribution

Ars Technica

View Original Wire / Document
Classification & Timestamp

Format: CONFIRMED

Retrieved / Published: Oct 9, 2026, 10:34 PM UTC

Content normalized through Chronicle Ingestion Engine.

Editorial Standards
Institutional Intelligence Dispatch

The Chronicle Morning Intelligence Briefing

Join 18,500+ global policy analysts, diplomats, and tech researchers. High-signal empirical dispatches delivered daily at 06:00 UTC.

•
Zero spam•18,500+ subscribers worldwide•1-click unsubscribe anytime

Related Coverage & Developing Updates