-
Environmental flows
This programme is focussed on understanding the effects of human use of surface and groundwater systems to inform more sustainable water allocation decisions that benefit ecosystems and communities. -
Hydrological observations and predictions
How much water is in our rivers and groundwater aquifers, how has that has changed over time and how might it change in the future?
-
Freshwater programme overview
NIWA's Freshwater Centre organises its work around seven research programmes.
See the following pages to find out more about our research. -
Scientists discover freshwater flows affect polar oceanic microbes
News article31 October 2012 -
First sighting of volcano responsible for undersea eruption
News article29 October 2012 -
Reclassifying karengo (nori)
Research ProjectThe seaweed known colloquially as nori in Japanese - used for making sushi - or karengo in Maori has been reclassified by an international team of scientists including NIWA's Dr Wendy Nelson. -
Globalisation of aquatic plant pests
Research ProjectNew Zealand's geographic isolation and relatively recent colonization provide the opportunity for a unique genetic analysis of plant movement patterns to be explored. -
Sedimentation in New Zealand estuaries
Research ProjectEstuaries in New Zealand are experiencing sedimentation at higher rates than before humans arrived here: this represents a loss both for land and estuary productivity. We need to better understand what has been happening so that we can predict the future and fight these losses. -
Southwest Pacific Tropical Cyclone Outlook: Near average or slightly above average numbers for many islands likely, and increased activity in the late season near Tonga and Niue
News article18 October 2012 -
NIWA’s Kaharoa sets sail to deploy robots across the Pacific Ocean
News article12 October 2012 -
Fisheries and EcoConnect
ServiceEcoConnect provides the New Zealand fishing industry with a unique operational decision-making tool to help mitigate commercial, operational, and environmental risk.