Recover Kaikōura Earthquake

The 2016 Kaikōura earthquake resulted in changes to the physical structure of the northeastern coast of the South Island. In many places, reefs were uplifted and raised several metres above historical high tide marks across 130 km of coast. Though quantifying the change is difficult, uplift has impacted the coastal environment in multiple ways by altering physical topography and biological communities. The Reef Ecology & Coastal Values Earthquake Recovery (RECOVER) project has been developed to research these changes. The project unites scientists across disciplines to research and understand the impacts of the 2016 earthquake and opportunities to assist recovery.


About the project

The RECOVER project has been funded by MBIE to collect data on recovery of the natural environment with a focus on the short to mid-term prospects for key species and habitats along the coast. We are particularly interested in understanding the nature of earthquake impacts, detecting barriers to a full recovery, and investigating how long it might take.

RECOVER is aimed at helping the coastal environment return to a ‘new-normal’ following the earthquakes. As we already know the earthquakes have caused massive changes, RECOVER focuses more on what happens next. Some main themes of the project include predicting the recovery trajectory of taonga species and natural resources along the coast, and working out how we can help them fully recover. We hope that the research will be particularly useful to local government, iwi and rūnanga, local industry and the wider community.

Look out for opportunities to get involved through public talks and other community events. If you’d like to find out more please contact us anytime.

Recover newsletter

Short updates on our Kaikōura earthquake research are available in the Recover newsletter.
Access all issues on the permalink here! https://bit.ly/Recover-newsletter

Issue 1 (Jun 2018) provides a summary of some of the big changes we’ve seen as well as ways you can get involved!

Issue 2 (Dec 2018) profiles paua research, banded dotterel hotspots and seaweed recovery experiments.

Issue 3 (Jun 2019) profiles paua, whitebat and seaweed recovery surveys.

Issue 4 (Dec 2019) profiles sub-tidal surveys, ecological engineering in Waikoau / Lyell Creek, and remote sensing using drones.

Issue 5 (Jun 2020) profiles degrees of uplifted assessments, lab work on seaweed responses, and results from drone surveys.

Read more about our work!

GeoHazards cover story
Our article on the impacts of sea-level change was unexpectedly chosen as the cover story for the latest issue of …
Relationship between sea-level change and loss of seaweed on a rocky shore
In this paper recent published in GeoHazards we evaluated the relationship between sea-level change and the severity of impacts in …
New Report on beach recovery in Marlborough
A new report covers some of our ongoing disaster recovery work on the Kaikōura and Marlborough coasts. It responds to …
Subtidal research
Robyn Dunmore and PhD student Dan Crossett from the Cawthron Institute have been tracking recovery in the nearshore subtidal zone. …
Remote sensing coastal recovery using drones
Over the last summer our drone survey team was busy optimising methods for measuring change in the coastal environment change. …
Whitebait spawning sites in Kaikōura’s rivers
Early in 2019 we started work to fill a knowledge gap about whitebait in streams and rivers along the Kaikōura …
Lab studies on seaweed recovery
Following on from Recover issue 4, Dan Crossett and Robyn Dunmore from the Cawthron Institute have had some interesting results …
How much of the coast was uplifted by how much?
Although Covid19 set back some of our planned fieldwork, we put the lockdown period to good use to characterise some …
Young pāua growing well
Our work monitoring the juvenile pāua around Kaikōura has shown encouraging signs of recovery of this hardhit population. Wild pāua …
Whitebait hatching experiment with Environment Canterbury
Our discovery of whitebait spawning sites in Kaikōura streams (see Recover Issue 3) ended with a twist in Waikoau / …
Kelp and seaweed recovery
In the summer of 2019 NIWA and the University of Canterbury completed aerial drone surveys of many sites along the …
Beach birds: mapping hotspots for banded dotterels
Our beach birds study got underway this year on the uplifted Marlborough and Kaikōura coast beaches. In early December we …
Seaweed recovery experiments
Before the earthquake, several reefs around the Kaikōura Peninsula and in the Cape Campbell area used to be covered by …
Paua population monitoring
Monitoring of intertidal paua populations along the Kaikōura coastline has yielded some interesting findings. It looks like overall the hot …
Juvenile paua research
We have had a busy past few months doing some experimental fieldwork. This included a pilot study looking at some …
Overview of earthquake impacts
Initial Impacts Soon after the earthquake MERG began re-surveying our long-term research sites that span the coast. Many of these …
What is RECOVER?
RECOVER is collecting data on recovery of the natural environment with a focus on the short to mid-term prospects for …