Rose Gregersen
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View article: Lake trophic state indicator shows non-stationary relationships with environmental drivers
Lake trophic state indicator shows non-stationary relationships with environmental drivers Open
Understanding drivers of water quality is critical for anticipating and managing lake ecosystems under global change. While theoretical relationships between drivers (air temperature) and water quality (chlorophyll-a) are well understood, …
View article: Insights into the natural and cultural history of Typha orientalis (Raupō) in Aotearoa New Zealand
Insights into the natural and cultural history of Typha orientalis (Raupō) in Aotearoa New Zealand Open
A new multi-proxy paleo database for lake ecosystem and catchment change in Aotearoa New Zealand points to the potential resource and ecosystem service roles of Typha orientalis (raupō). In the context of chronic wetland degradation in Aot…
View article: INSIGHTS INTO THE NATURAL AND CULTURAL HISTORY OF TYPHA ORIENTALIS (RAUPŌ) IN AOTEAROA NEW ZEALAND
INSIGHTS INTO THE NATURAL AND CULTURAL HISTORY OF TYPHA ORIENTALIS (RAUPŌ) IN AOTEAROA NEW ZEALAND Open
A new multi-proxy paleo database for lake ecosystem and catchment change in Aotearoa New Zealand (ANZ) points to the potential resource and ecosystem service roles of Typha orientalis (raupō). In the context of chronic wetland degradation …
View article: A taxonomy-free diatom eDNA-based technique for assessing lake trophic level using lake sediments
A taxonomy-free diatom eDNA-based technique for assessing lake trophic level using lake sediments Open
Anthropogenic eutrophication is one of the most pressing issues facing lakes globally. Our ability to manage lake eutrophication is hampered by the limited spatial and temporal extents of monitoring records, stemming from the time-consumin…