From seasonal field study to surrogate modeling: Investigating the biomechanical dynamics of Elymus sp. in salt marshes

Keimer, Kara; Kind, Felix; Prüter, Inga; Kosmalla, Viktoria; Lojek, Oliver; Schürenkamp, David; Prinz, Markus; Niewerth, Stephan; Aberle, Jochen; Goseberg, Nils

doi:10.24355/dbbs.084-202308161057-0

Research Data Mon Apr 15 2024 CC BY-NC 4.0

Published

From seasonal field study to surrogate modeling: Investigating the biomechanical dynamics of Elymus sp. in salt marshes

Keimer, Kara ; Kind, Felix ; Prüter, Inga ; Kosmalla, Viktoria ; Lojek, Oliver ; Schürenkamp, David ; Prinz, Markus ; Niewerth, Stephan ; Aberle, Jochen ; Goseberg, Nils

This dataset details the data addressed and analyzed in Keimer et al., titled "From seasonal field study to surrogate modeling: Investigating the biomechanical dynamics of Elymus sp. in salt marshes". This study conducted monthly field campaigns focusing on Elymus spp. and its biomechanical properties from December 2021 to December 2022 on the German Barrier island Spiekeroog. A total of 1390 specimen were investigated to determine their growth length, and 418 specimen were investigated mechanically with three-point bending tests to determine their biomechanical properties. The data publication contains all relevant data needed to reproduce the field campaign results and their statistical analysis.

Category

Is referenced by:

From seasonal field study to surrogate modeling: Investigating the biomechanical dynamics of Elymus sp. in salt marshes. https://doi.org/10.1002/lom3.10616

Date Issued:

15.04.2024

DOI:

10.24355/dbbs.084-202308161057-0

Language:

German

Type of Resource:

Text

Geographic coordinates:

7.7195567459106445 53.76336193926399

Keywords:

salt marsh

Typ

Schlagwort
ecosystem services

Typ

Schlagwort
biomechanical properties

Typ

Schlagwort
Elymus

Typ

Schlagwort

DDC:

571 Physiologie und verwandte Themen

Type:: Text biomechanical properties of Elymus sp.
Research Object:: Organism Elymus sp.
Data Origin:: Experiment and Measurements Plant lengths (cm) were measured with a folding ruler as well as the length of the investigated plant part. The horizontal density (m^-2) of the plants were manually counted. Plant samples were prepared and separated into top, middle and bottom sections. For each section, the following measurements were conducted: The outer diameter (mm) was measured with a caliper. The second moment of inertia (mm^4)was calculated; see associated publication for the equation. Three-point bending tests were conducted with the universal testing machine "500N zwicki" and resulted in a relation of force and reflection. Using the bending tests as a database, the following mechanical parameters were calculated: Stiffness (N/mm), Maximum force (N), Flexural strength (MPa), Flexural Stiffness (Nmm^2), Young's modulus (MPa)
Used Software:: Editing Python
Methods/Processes:: Data-processing analysis, using Python