Automated Author ProfileHensen, Isabell
Hensen, Isabell
Current S-Index
Sum of Dataset Indices for all datasets
Average Dataset Index per Dataset
Average Dataset Index per dataset
Total Datasets
Total datasets for this author
Average FAIR Score
Average FAIR Score per dataset
Total Citations
Total citations to the author's datasets
Total Mentions
Total mentions of the author's datasets
S-Index Interpretation
The S-Index (Sharing Index) is a comprehensive metric that represents the cumulative impact of all your datasets. It is calculated as the sum of Dataset Index scores across all your claimed datasets.
What it means:
- A higher S-index indicates greater overall impact of your datasets relative to typical datasets in their fields of research
- The S-Index grows as you add more datasets or as existing datasets gain more citations and mentions
- It provides a single number to track your research data impact over time
Current S-Index: 27.5 (sum of 23 datasets Dataset Index scores)
More information here.
S-Index Over Time
Cumulative Citations Over Time
Cumulative Mentions Over Time
Datasets
The data set contains information on the priority effect of early-arriving plants on different life stages (seedling emergence, seedling survival, and aboveground biomass production) of late-arriving plants. Pairs of early- and late-arriving species differed in their biogeographic history (allopatric or sympatric) as well as their phylogenetic distance.
Authors
- Dieskau, Julia ;
- Hensen, Isabell ;
- Eisenhauer, Nico ;
- Gaberle, Ingmar ;
- Durka, Walter ;
- Lachmuth, Susanne ;
- Auge, Harald
No description available
Authors
- Fernández-Pascual, Eduardo ;
- Freiberg, Martin ;
- Hensen, Isabell ;
- Kehl, Alexandra ;
- Knickmann, Barbara ;
- König, Andreas ;
- Koubek, Tomáš ;
- Linstädter, Anja ;
- Nordt, Birgit ;
- Platonova, Elena ;
- Rauschkolb, Robert ;
- Römermann, Christine ;
- Shah, Manzoor ;
- Vange, Vibekke
No description available
Authors
- Freiberg, Martin ;
- Hensen, Isabell ;
- Jakubka, Desiree ;
- Kehl, Alexandra ;
- Knickmann, Barbara ;
- König, Andreas ;
- Linstädter, Anja ;
- Nordt, Birgit ;
- Platonova, Elena ;
- Rauschkolb, Robert ;
- Römermann, Christine ;
- Shah, Manzoor ;
- Sporbert, Maria ;
- Tarquini, Flavio ;
- Vange, Vibekke
No description available
Authors
- Ahrends, Antje ;
- Freiberg, Martin ;
- Hensen, Isabell ;
- Jakubka, Desiree ;
- Knickmann, Barbara ;
- Nordt, Birgit ;
- Rauschkolb, Robert ;
- Römermann, Christine ;
- Sporbert, Maria
No description available
Authors
- Ahrends, Antje ;
- Freiberg, Martin ;
- Hensen, Isabell ;
- Jakubka, Desiree ;
- Knickmann, Barbara ;
- König, Andreas ;
- Koubek, Tomáš ;
- Nordt, Birgit ;
- Rauschkolb, Robert ;
- Römermann, Christine ;
- Sporbert, Maria
No description available
Authors
- Plos, Carolin ;
- Stelbrink, Niklas ;
- Knight, Tiffany Marie ;
- Römermann, Christine ;
- Hensen, Isabell
No description available
Authors
- Sporbert, Maria ;
- Jakubka, Desiree ;
- Bucher, Solveig Franziska ;
- Hensen, Isabell ;
- Freiberg, Martin ;
- Heubach, Katja ;
- König, Andreas ;
- Nordt, Birgit ;
- Plos, Carolin ;
- Römermann, Christine
Aim. Understanding the forces that drive range shifts in forest landscapes is imperative for predicting species distributions under anthropogenic climate and land use change. However, empirical studies exploring how these components jointly influence critical early-life stages of mountain tree species across environmental gradients are scarce. We used the high-mountain tree Polylepis australis as model species to investigate the relative importance of altitude and associated climatic conditions, land use for livestock and microsite characteristics on early-life performance. Location. Córdoba Sierras, central Argentina. Methods. We set up an extensive in situ sowing experiment with a robust split-plot design that integrated spatial scales ranging from 0.4 m2 subplots at the microsite level (associated with vegetative and micro-topographic structures), to livestock exclosure and enclosure plots of several hectares, to an altitudinal gradient of 1000 m. Components of early-life performance were monitored across two subsequent growing seasons. Results. Microsite characteristics played a fundamental role in P. australis establishment, whereby interactions with altitude and/or land use suggested alternate mechanisms: facilitation (likely reduced desiccation) dominated at low altitude while at high altitude abiotic stress (likely intensive frost and radiation) overruled any microsite effects. At mid altitude benefits of competition release prevailed over facilitation and microsite effects gained importance under livestock presence. Inconsistencies between pre- and post- emergence responses illustrated potential tradeoffs between beneficial and detrimental effects of microsite conditions upon performance throughout early life: a favorable location for seeds may abruptly turn adverse for seedlings. Main conclusions. We unravel how changes in altitude, anthropogenic disturbances and microsite characteristics jointly modulate P. australis performance across stages of early establishment. Such information is fundamental when categorizing specific microhabitats as “safe sites” for tree regeneration especially in mountain environments with high spatiotemporal heterogeneity.
Authors
- Cáceres, Yolanda ;
- Schrieber, Karin ;
- Lachmuth, Susanne ;
- Auge, Harald ;
- Argibay, Daihana ;
- Renison, Daniel ;
- Hensen, Isabell
The data set contains information on phenological events from a two-year, multi-site pilot study monitoring 16 phenological stages in four German botanical gardens in 129 (2017) and 197 (2018) vascular plant species, respectively.
Authors
- Nordt, Birgit ;
- Hensen, Isabell ;
- Bucher, Solveig Franziska ;
- Freiberg, Martin ;
- Primack, Richard B ;
- Stevens, Albert-Dieter ;
- Bonn, Aletta ;
- Wirth, Christian ;
- Jakubka, Desiree ;
- Plos, Carolin ;
- Sporbert, Maria ;
- Römermann, Christine