Example from HEL researchpXRF & elemental geochemistry
Elemental composition of soils and sediments across profiles and space.
Principle, sampling, limits and examples
Method details →RESEARCH METHODS
We connect field context, laboratory measurement, spatial analysis and historical evidence.
Each method has its own detail page covering measurement principle, sampling, typical output, interpretation, limits and examples from our studies.
Example from HEL researchElemental composition of soils and sediments across profiles and space.
Principle, sampling, limits and examples
Method details →
Example from HEL researchδ¹³C, δ¹⁵N and related biogeochemical indicators.
Principle, sampling, limits and examples
Method details →
Example from HEL researchMicrostratigraphy and formation processes in undisturbed samples.
Principle, sampling, limits and examples
Method details →
Example from HEL researchPortable optically stimulated luminescence for rapid tracking of relative signal changes through a profile.
Principle, sampling, limits and examples
Method details →
Example from HEL researchAbsolute dating of the last light exposure of mineral grains.
Principle, sampling, limits and examples
Method details →
Example from HEL researchSediment texture, transport and depositional change.
Principle, sampling, limits and examples
Method details →
Example from HEL researchMagnetic properties of sediment as proxies for pedogenesis, burning and material inputs.
Principle, sampling, limits and examples
Method details →
Example from HEL researchLipids and biomolecular traces of activities and organic preservation.
Principle, sampling, limits and examples
Method details →
Example from HEL researchSpatial relationships among archaeology, soil signals and relief.
Principle, sampling, limits and examples
Method details →
Example from HEL researchPCA, proxy relationships, categories and major gradients in complex data.
Principle, sampling, limits and examples
Method details →
Example from HEL researchMulti-element and chemical proxies of long-term activity and soil processes.
Principle, sampling, limits and examples
Method details →