Understanding past sea levels is essential to respond to the challenges of climate change. In the Pacific and Tasman, sea level has been up to 1.5 m higher during the mid-Holocene, similar to the predictions of some global warming models. Within New Zealand the knowledge of sea-level movements, especially during the recent past is poor, with the last major investigation being conducted 20 years ago. This paper reviews the state of local understanding of higher sea levels and suggests regions for further study and new methods of analysis to understand the nature of sea-level change in New Zealand. Key words
This paper presents the current state of knowledge of the Aotearoa New Zealand last interglacial (ma...
Holocene relative sea-level (RSL) changes have been reconstructed for four regions within the New Ze...
The full body of work relating to Holocene sea-level histories in the New Zealand region has been i...
Only the abstract was published in the proceedings. There is no full text.The first comprehensive an...
Coasts in tectonically active regions face varying threat levels as land subsides or uplifts relativ...
This paper reviews the latest research in New Zealand surrounding the issues of sea-level rise and e...
Abstract Holocene relative sea-level (RSL) changes have been reconstructed for four regions within t...
The absence of good information about sea-level change for the past 1,000 years in the Pacific is un...
Positive deviations from linear sea-level trends represent important climate signals if they are per...
Climate change has a variety of important impacts, one of which is reflected in sea levels. Indeed, ...
Vertical land movement variability around the coasts of New Zealand has introduced a great deal of u...
Historically tide gauge (TG) data have been used to estimate global sea level rise. Critical to the ...
Since the later part of the 19th Century, tide gauge records indicate that global sea levels have ri...
Global sea level rise is contributing to the acceleration of cliff erosion rates in New Zealand, whe...
Holocene sea-level changes have been mainly discussed in the light of two points of view: whether eu...
This paper presents the current state of knowledge of the Aotearoa New Zealand last interglacial (ma...
Holocene relative sea-level (RSL) changes have been reconstructed for four regions within the New Ze...
The full body of work relating to Holocene sea-level histories in the New Zealand region has been i...
Only the abstract was published in the proceedings. There is no full text.The first comprehensive an...
Coasts in tectonically active regions face varying threat levels as land subsides or uplifts relativ...
This paper reviews the latest research in New Zealand surrounding the issues of sea-level rise and e...
Abstract Holocene relative sea-level (RSL) changes have been reconstructed for four regions within t...
The absence of good information about sea-level change for the past 1,000 years in the Pacific is un...
Positive deviations from linear sea-level trends represent important climate signals if they are per...
Climate change has a variety of important impacts, one of which is reflected in sea levels. Indeed, ...
Vertical land movement variability around the coasts of New Zealand has introduced a great deal of u...
Historically tide gauge (TG) data have been used to estimate global sea level rise. Critical to the ...
Since the later part of the 19th Century, tide gauge records indicate that global sea levels have ri...
Global sea level rise is contributing to the acceleration of cliff erosion rates in New Zealand, whe...
Holocene sea-level changes have been mainly discussed in the light of two points of view: whether eu...
This paper presents the current state of knowledge of the Aotearoa New Zealand last interglacial (ma...
Holocene relative sea-level (RSL) changes have been reconstructed for four regions within the New Ze...
The full body of work relating to Holocene sea-level histories in the New Zealand region has been i...