%0 Generic
%A van Bijsterveldt, Celine
%A Herman, Peter M. J.
%A van Wesenbeeck, B.K. (Bregje)
%A Ramadhani, Sri
%A Heuts, Tom S.
%A van Starrenburg, Corinne
%A Tas, Silke
%A Triyanti, Annisa
%A helmi, muhammad
%A Tonneijck, Femke H.
%D 2023
%T Data presented in the paper: Subsidence reveals potential impacts of future sea level rise on inhabited mangrove coasts
%U https://data.4tu.nl/articles/dataset/_/22096397
%R 10.4121/22096397.v1
%K land subsidence
%K relative sea level rise
%K coastal communities
%K nature-based flood defence
%K mangrove greenbelt
%K mangrove resilience
%K root adaptation
%K lateral erosion
%K population migration
%X <p>To shed light on the future of low-lying rural areas in the face of sea level rise, we studied a 20 km long rural coastline neighbouring a sinking city in Indonesia (8 – 20 cm yr-1), hereafter called studyarea. Through the collection of data across 7 main topics, we show that villages experienced significant RSLR near the city. Mangroves also experienced RSLR near the city, although to a lesser degree, and were able to respond to RSLR rates 4.3 cm yr-1 through various root adaptations. The seven main investigated topics, and their respective datasets:&nbsp;</p><p><br></p><p>0. village population migration</p><p>1.	village house experienced RSLR</p><p>2.	mangrove experienced RSLR</p><p>2a. mangrove experienced RSLR</p><p>2b. rainfall data</p><p>3.	foreshore dynamics</p><p>4.	mangrove bed-level dynamics based on pneumatophore markings</p><p>5.	mangrove root acclimation</p><p>5.1.	pneumatophore markings (same dataset as 4.)</p><p>5.2.	rootmat formation</p><p>5.3.	sedimentation experiment</p><p>6.	lateral mangrove die-back</p><p>6.1. dead trees and summary of all datasets as used in Figure 4 of the manuscript</p><p>6.2. pneumatophore mortality (same dataset as 4.)</p><p><br></p><p><br></p>
%I 4TU.ResearchData