The forests are home of two thirds of the red listed species in Norway. To safeguard these species when doing forest management, it is important to know where their respective biotopes are. When mapping species the Global Navigation Satellite System (GNSS) is often used. However, forest canopies also represents a challenge for this technology. In Norway, volunteers and hobbyists do most species mapping and it is expected that mappers will apply smartphones for obtaining coordinates in the future. This thesis assess how smartphones, as GNSS units, function under forest canopies.submittedVersionM-ECO
The phrase Global Navigation Satellite System (GNSS) is the standard generic term for satellite navi...
Report Number: NRRI/TR-2018/28, Release 1.0, University of Minnesota Duluth, Natural Resources Resea...
With the developing technology, the use of GPS in forestry has become widespread and compulsory. Pos...
This study focuses on evaluating the positioning accuracy of smartphones in a deciduous forest envir...
Today, faster than any previous communication technology, mobile technology such as smartphones, tab...
The Swedish forestry industry is dependent of reliable positioning in the forest since much of the i...
Measuring distances and areas under forest canopy conditions is often required for a broad range of ...
This study evaluated the positioning accuracy of moving forest harvesters using global navigation sa...
Global navigation satellite systems (GNSS) can quickly, efficiently, and accurately provide precise ...
Global Navigation Satellite Systems (GNSS) are crucial elements used in forest inventories. Forest m...
The thesis discusses the navigation systems mainly in forestry. The first part describes the GPS and...
A harvester enables detailed roundwood data to be collected during harvesting operations by means of...
The intensive development of space geodesy leads to more active implementation methods of global sat...
© 2019 by the authors. Licensee MDPI, Basel, Switzerland. In the last years, there has been a growin...
GPS has become an essential tool for georeferencing. In some cases, GPS is used for unfavorable cond...
The phrase Global Navigation Satellite System (GNSS) is the standard generic term for satellite navi...
Report Number: NRRI/TR-2018/28, Release 1.0, University of Minnesota Duluth, Natural Resources Resea...
With the developing technology, the use of GPS in forestry has become widespread and compulsory. Pos...
This study focuses on evaluating the positioning accuracy of smartphones in a deciduous forest envir...
Today, faster than any previous communication technology, mobile technology such as smartphones, tab...
The Swedish forestry industry is dependent of reliable positioning in the forest since much of the i...
Measuring distances and areas under forest canopy conditions is often required for a broad range of ...
This study evaluated the positioning accuracy of moving forest harvesters using global navigation sa...
Global navigation satellite systems (GNSS) can quickly, efficiently, and accurately provide precise ...
Global Navigation Satellite Systems (GNSS) are crucial elements used in forest inventories. Forest m...
The thesis discusses the navigation systems mainly in forestry. The first part describes the GPS and...
A harvester enables detailed roundwood data to be collected during harvesting operations by means of...
The intensive development of space geodesy leads to more active implementation methods of global sat...
© 2019 by the authors. Licensee MDPI, Basel, Switzerland. In the last years, there has been a growin...
GPS has become an essential tool for georeferencing. In some cases, GPS is used for unfavorable cond...
The phrase Global Navigation Satellite System (GNSS) is the standard generic term for satellite navi...
Report Number: NRRI/TR-2018/28, Release 1.0, University of Minnesota Duluth, Natural Resources Resea...
With the developing technology, the use of GPS in forestry has become widespread and compulsory. Pos...