Lead: Moritz Lehmann
Recent work has proven that retrieval of water-quality parameters by satellite remote sensing in New Zealand lakes provides regional-scale synoptic assessments of variables such as chlorophyll or suspended sediment. New satellites, such as Sentinel-2 and 3, allow resolution of a new suite of water-quality measurements from
These activities are linked to CS1.2.1, in which the necessary in situ measurements will be available for validation, and to CS1.1.2 to assist with more advanced time series and spatial data for model calibration.
Waikato Regional Council: Field support, providing data, and commissioning of a technical report
Bay of Plenty Regional Council: Field support and providing data
Horizon's Regional Council: Field support and providing data
Southland Regional Council: Field support and providing data
All NZ lakes
Allan M, 2017. Remote Sensing of Waikato Lakes. ERI Report No. 93. Client report for the Waikato Regional Council. Environmental Research Institute, The University of Waikato, Hamilton, New Zealand.
Lehmann MK, Schallenberg LA, Allan M. 2016. Feasibility of Aquatic Environmental Monitoring by Remote Sensing for the Waikato Region. ERI Report No. 87. Client report prepared for Waikato Regional Council. Environmental Research Institute, Faculty of Science and Engineering, The University of Waikato, Hamilton, New Zealand.
Lehmann MK. 2018. Remote sensing for automated lake monitoring. Oral presentation, 2nd What on Earth Colloquium, Te Papa, Wellington, New Zealand. 6-7 March 2018.
Lehmann MK, Nguyen U, Allan M. 2017.
Nguyen TNU, Hamilton D, Lehmann M, Hartland A. 2017. The relationship between
Lehmann MK, Nguyen U, Allan MG. 2017. New Zealand-wide lake
Lehmann MK, Nguyen U, Allan MG. 2017. Colour and observation frequency of all New Zealand lakes from Landsat 8. Poster presentation, 3rd International Ocean Colour Science (IOCS) Meeting, Lisbon, Portugal. 15 - 18 May 2017.
Lehmann MK, Nguyen U, Allan MG, King J. 2016. New Zealand-wide lake