Stable, hydrogen-burning, M dwarf stars make up about 75% of all stars in the Galaxy. They
are extremely long-lived, and because they are much smaller in mass than the Sun (…

Various electrical phenomena have been reported prior to or concurrent with earthquakes
such as resistivity changes, ground potentials, electromagnetic (EM), and luminous signals. …

Solid Earth–atmosphere interactions and possibly solid Earth–seafloor interactions prior to
major earthquakes are the subject of this study. Using data from Moderate Resolution …

When modelling medium and long-term challenges we need a reference path of economic
development (the so-called baseline). Because sectoral models often offer a more …

Forecasting earthquakes implies that there are time-varying processes, which depend on
the changing conditions deep in the Earth's crust prior to major seismic activity. These …

Prior to large earthquakes the Earth sends out transient signals, sometimes strong, more
often subtle and fleeting. These signals may consist of local magnetic field variations, …

… Since corona discharges had been observed during earlier impact experiments (Freund,
2002), we changed the bias to +90 V to collect electrons and negative ions. In addition, light …

… , unpublished results, 1998) and single crystal fracture experiments [Freund and Ho, 1996]. …
Dickinson, JT, LC Jensen, MR McKay, and F. Freund, The emission of atoms and molecules …

After domestication, during a process of widespread range extension, barley adapted to a
broad spectrum of agricultural environments. To explore how the barley genome responded to …

Transient electric currents that flow in the Earth’s crust are necessary to account for many
non-seismic pre-earthquake signals, in particular for low frequency electromagnetic (EM) …