A Late Bronze Age hoard from Karmin, Poland, contained 16 socketed axes, half of which were made of copper. The copper axes represent the same local type as the bronze objects and bear the same traces of manufacturing and use. The authors argue that the move to copper was a response to unexpected difficulties in the tin supply.

Within sight of the Neolithic axe quarries on the Langdale Pikes is a group of massive boulders at Copt Howe. The two largest command a direct view of the stone source where the sun sets into the mountainside at the midsummer solstice. Both are decorated by pecked motifs which resemble features of Irish passage tomb art. Small-scale excavation in 2018 showed that a rubble platform had been built at the foot of the main decorated surface and sealed two further motifs of similar character. New work has established an important sequence in Great Langdale. Recently obtained radiocarbon dates indicate that the main period of axe production was between 3800 and 3300 bc, whilst Irish megalithic art is later and was made between about 3300 and 2900 bc, suggesting that Copt Howe achieved its importance after axe-making had ceased or was in decline. That is consistent with an increasing emphasis on relations between northern Britain and Ireland during the Late Neolithic period. Perhaps Copt Howe itself was treated as a ‘natural’ passage tomb.

Animal sacrifice was a central component of ancient Roman religion, but scholars have tended to focus on the symbolic aspects of these rituals, while glossing over the practical challenges involved in killing large, potentially unruly creatures, such as bulls. The traditional explanation is that the animal was struck on the head with a hammer or an axe to stun it, then had its throat cut. Precisely how axes, hammers, and knives were employed remains unexplained. This article draws upon ancient sculpture, comparative historical sources, and animal physiology to argue that the standard interpretation is incomplete, and, in its place, offers a detailed analysis of exactly how the killing and bleeding of bovines was accomplished and the distinct purposes of hammers and axes within these rituals.

Excised axes from cotton (Gossypium hirsutum L. cv. M-8, a double haploid) were imbibed in vitro for 3,6,9,12,18 and 24 h. Data for length, fresh and dry weight and percentage water showed that excised axes undergo a triphasic pattern of growth: an initial burst, a short lag phase and then protracted rapid growth. Analysis of protein content with SDS-PAGE, and of activities of amino-, carboxy- and endopeptidases provided data indicating a direct correlation between major axis elongation growth between 12 and 24 h and enzymatic breakdown of storage proteins (especially those of 48 kDa) by carboxy- and endopeptidase. Data for axes imbibed at 30°C and 0–5°C for 12, 18 and 24 h indicated that a reduction in length and percentage moisture in the cold occurred in parallel with reductions in carboxy- and endopeptidase activities but not in ami-nopeptidase activity. The tentative conclusion is that carboxy- and endopeptidase are probably synthesized de novo in the axis during imbibition and are important in initial breakdown of storage proteins for axial elongation growth.