Skip to main content
PAGES
Main navigation
Apply for support
FAQ
Be involved
Jobs
Subscribe
Contact
Search
Search toggle
About
PAGES
PAGES
General overview
Mission statement
PAGES logos
SSC
SSC
Current
PAGES fellows
Meeting minutes
Join
IPO
IPO
Staff
Visit us
Supporters and partners
Supporters and partners
Supporters
SCNAT
CAS
UniBE
Parent organization
Future Earth
Scientific partners
WCRP
WDS-Paleo
IAI
FAQs
FAQs
Info
Be involved
Be involved
Introduction
Join PAGES
Join WG mailing lists
Apply to be on the SSC
Write for PAGES Magazine
Outreach
Outreach
Outreach and education
Stakeholder engagement
Stakeholder engagement
Engaging with stakeholders
Science
Working Groups
Working Groups
Current
WG guidelines
Data Stewardship Scholarship
Integrative Activities
Data stewardship
Thresholds
Extremes
Endorsed and affiliated
Former initiatives and groups
Data
Data
PAGES databases
External databases
Data guidelines
Deposit data
Meetings
Meetings
Open science meeting
Young scientists meeting
Topical science meeting
PAGES webinars
PAGES awardees
PAGES awardees
Scholarship recipients
Early-career award
Guest scientists
PAGES
Publications
Early-Career Network
Menu layer 3 left side
News
Calendar
Menu layer 3 right side
People
PAGES Magazines
Home
Publications
The Influence of Decadal- to Millennial-Scale Ice Mass Changes on Present-Day Vertical Land Motion in Greenland: Implications for the Interpretation of GPS Observations
The Influence of Decadal- to Millennial-Scale Ice Mass Changes on Present-Day Vertical Land Motion in Greenland: Implications for the Interpretation of GPS Observations
Simpson MJR, Wake L, Milne GA & Huybrechts P
Journal of Geophysical Research: Solid Earth
116
2011
https://doi.org/10.1029/2010JB007776
