Human populations and their use of land have transformed most of the terrestrial biosphere
into anthropogenic biomes (anthromes), causing a variety of novel ecological patterns and …

Nitrogen isotopic studies have the potential to shed light on the structure of ancient
ecosystems, agropastoral regimes, and human-environment interactions. Until relatively …

The spread of farming from western Asia to Europe had profound long-term social and
ecological impacts, but identification of the specific nature of Neolithic land management …

Human use of land has transformed ecosystem pattern and process across most of the
terrestrial biosphere, a global change often described as historically recent and potentially …

The use of stable isotope ratio analysis in archaeology has exploded over the past few
decades to the point where it is now an established tool that is routinely used to investigate …

The Archaeology of Human Bones provides an up to date account of the analysis of human
skeletal remains from archaeological sites, introducing students to the anatomy of bones …

Stable isotope analysis is a well‐established tool for studying past human remains.
Applications have grown exponentially in the past 15 years, with studies focusing on living …

The application of chemistry within archaeology is an important and fascinating area. It
allows the archaeologist to answer such questions as" what is this artefact made of?"," …

This paper explores the impact of animal manure application on the δ 15 N values of a
broad range of crops (cereals and pulses), under a range of manuring levels/regimes and at …

Analysis of stable carbon and nitrogen isotopes from soft or mineralized tissues is a direct
and widely‐used technique for modeling diets. In addition to its continued role in paleodiet …