We combine observations from Western USA and inverse modelling to constrain global
atmospheric emissions of microplastics (MPs) and microfibers (MFs). The latter are used …

The abundance of hydrofluorocarbons (HFCs) in the atmosphere is increasing and is of
significant importance to the Earth's system. It is thus crucial to investigate the spatial …

Abstract Ammonia (NH 3), a significant precursor of particulate matter, affects not only
biodiversity, ecosystems, and soil acidification but also climate and human health. In …

Release rate estimation is a vital means of revealing the emission process of radionuclides
and assessing the environmental consequences in an emergency. Inverse modeling is …

Estimation of a source term, ie release rate, of atmospheric radionuclide emissions is of key
interest for nuclear emergency response and further accident analysis. The source term …

As the global-nuclear-capacity-tripling plan is implemented, reconstruction of the source
locations and release rates of atmospheric radionuclides becomes increasingly important for …

Low concentrations of 106 Ru were detected across Europe at the turn of September and
October 2017. The origin of 106 Ru has still not been confirmed; however, current studies …

A computationally efficient source inversion algorithm was developed and applied with the
Lagrangian atmospheric dispersion model DIPCOT. In the process of source location …

Accurate modeling of ash clouds from volcanic eruptions requires knowledge about the
eruption source parameters including eruption onset, duration, mass eruption rates, particle …

Accurate modelling of ash clouds from volcanic eruptions requires knowledge about the
eruption source parameters including eruption onset, duration, mass eruption rates, particle …