Thermal infrared (TIR) remote sensing is an important technology for detecting geothermal
anomalies. However, detection results have been found to have a certain dependency on …

In areas of anomalously high crustal heat flow, geothermal systems transfer heat to the
Earth's surface often forming surface expressions such as hot springs, fumaroles, heated …

Remote sensing techniques are applied to retrieve land surface temperature (LST), radiative
heat flux (RHF), geothermal heat flux (GHF), and to map hydrothermal alteration zones …

Exploration of new geothermal systems often requires regional-scale investigation. Satellite
Land Surface Temperature (LST) products are essential in geothermal anomaly …

Geothermal investors need to be confident with the methods and results of exploration
programs. Also cutting the upfront cost of geothermal exploration will further encourage …

Usage of advanced materials and tools in geothermal energy applications become a trendy
topic that captures a glance in the industry day by day. New technology materials such as …

Land surface temperature (LST) and soil moisture are important factors in environmental
hazard modeling. The main objective of this research is to derive the LST and a soil moisture …

Measuring the temperature and flow rate of hot springs is important for quantifying
convective heat losses from low to moderate temperature geothermal systems. When …

This thesis investigates two key areas of northern energy planning through mathematical
modelling. Firstly, a predictive machine learning model is developed to estimate stream …

Geothermal resource investigation by using multi geophysical observation was
accomplished for Blawan-Ijen geothermal system. Geological and surface investigation …