In this work we discuss various selected mission concepts addressing Venus evolution
through time. More specifically, we address investigations and payload instrument concepts …

Networked Tethered Flying Platforms (NTFPs) have gained growing interest in recent years
due to their versatility and cost-efficiency. These aerial platforms are linked to ground …

Extreme temperature and pressure conditions on the surface of Venus present formidable
technological challenges against performing ground‐based seismology. Efficient coupling …

The ground movements induced by seismic waves create acoustic waves propagating
upward in the atmosphere, thus providing a practical solution to perform remote sensing of …

Venus hosts many thousands of volcanic landforms, including individual edifices,
volcanotectonic structures, and vast expanses of effusively emplaced plains lavas …

Several sources of interest often generate both low‐frequency acoustic and seismic signals
due to energy propagation through the atmosphere and the solid Earth. Seismic and …

Barometers floating on high‐altitude balloons in the relatively clement cloud layer on Venus
could detect and characterize acoustic waves generated by seismic activity, avoiding the …

The 15 January 2022 eruption of the Hunga volcano (Tonga) generated a rich spectrum of
waves, some of which achieved global propagation. Among numerous platforms monitoring …

Heliotropes are passive solar hot-air balloons that are capable of achieving nearly level
flight within the lower stratosphere for several hours. These inexpensive flight platforms …

Earthquakes are known to generate ionospheric disturbances that are commonly referred to
as co-seismic travelling ionospheric disturbances (CTID). In this work, for the first time, we …