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Publication Year: 2026

1 to 5 of 5 Results

Winter wheat simulation outputs across Europe (1991–2020) Jan 20, 2026 Behrend, Dominik; Nguyen, Thuy Huu; Baca Cabrera, Juan C.; Baumert, Josef; Gonçalves Bazzo, Clara Oliva; Jones, Dylan; Lobet, Guillaume; Seidel, Sabine J.; Srivastava, Amit Kumar; Storm, Hugo; Vanderborght, Jan; Ewert, Frank; Gaiser, Thomas, 2026, "Winter wheat simulation outputs across Europe (1991–2020)", https://doi.org/10.60507/FK2/QCZ9KA, bonndata, V1 This dataset contains spatially explicit, process-based simulation outputs of winter wheat growth and water use across Europe. Simulations were conducted over a 30-year historical climate period and aggregated to seasonal values from sowing to harvest. The dataset includes simulations for 2 winter wheat cultivars (Tommi and S. Dickkopf). As defined...
Purple and White Aquilegia vulgaris genome sequence and annotation V2 Jan 20, 2026 Vieira Salgado de Oliveira, Julie Anne; Friedhoff, Ronja; Katharina Wolff; Pucker, Boas, 2026, "Purple and White Aquilegia vulgaris genome sequence and annotation V2", https://doi.org/10.60507/FK2/GKLMOG, bonndata, V1 Here we present high-quality genome sequences and annotations of Aquilegia vulgaris (commonly known as columbine), a widespread ornamental plant renowned for its extensive flower color variation. The study uncovers the flavonoid biosynthesis gene repertoire underlying anthocyanin pigmentation in this species. Using ONT long-read sequencing data, hi...
Tacca chantrieri genome sequence and annotation Jan 20, 2026 Vieira Salgado de Oliveira, Julie Anne; Pucker, Boas, 2026, "Tacca chantrieri genome sequence and annotation", https://doi.org/10.60507/FK2/6SOMER, bonndata, V1 Here we present high-quality genome sequence and annotation of Tacca chantrieri (commonly known as black bat flower), famous for its dark, bat-shaped flowers with long filaments, making it an exotic and unusual ornamental plant. Using ONT long-read sequencing data, highly continuous genome assemblies were generated. This data publication contains t...
Terracotta figurine of a grinding monkey in the Museum Alte Kulturen Tübingen (Inv. 5703) Jan 20, 2026 - Museum Alte Kulturen Günzel, Adriana, 2026, "Terracotta figurine of a grinding monkey in the Museum Alte Kulturen Tübingen (Inv. 5703)", https://doi.org/10.60507/FK2/SPD8PM, bonndata, V1 Terracotta figurine of a grinding monkey in the Museum Alte Kulturen (University of Tübingen, Inv. 5703).
Implementation of the paper "SCANNER+: Neighborhood-based self-enrichment approach for traffic speed prediction" Jan 8, 2026 Gounoue, Steve, 2026, "Implementation of the paper "SCANNER+: Neighborhood-based self-enrichment approach for traffic speed prediction"", https://doi.org/10.60507/FK2/DRYP80, bonndata, V1 In this repository, you can find the code to train and evaluate SCANNER+, a novel neighborhood-based self-enrichment approach for traffic speed prediction. SCANNER+ learns effective node representations in dynamic road traffic settings. This work extends SCANNER, which utilizes correlation-based pattern detection and a self-enrichment mechanism.

Winter wheat simulation outputs across Europe (1991–2020)

Jan 20, 2026

Behrend, Dominik; Nguyen, Thuy Huu; Baca Cabrera, Juan C.; Baumert, Josef; Gonçalves Bazzo, Clara Oliva; Jones, Dylan; Lobet, Guillaume; Seidel, Sabine J.; Srivastava, Amit Kumar; Storm, Hugo; Vanderborght, Jan; Ewert, Frank; Gaiser, Thomas, 2026, "Winter wheat simulation outputs across Europe (1991–2020)", https://doi.org/10.60507/FK2/QCZ9KA, bonndata, V1

This dataset contains spatially explicit, process-based simulation outputs of winter wheat growth and water use across Europe. Simulations were conducted over a 30-year historical climate period and aggregated to seasonal values from sowing to harvest. The dataset includes simulations for 2 winter wheat cultivars (Tommi and S. Dickkopf). As defined...

Purple and White Aquilegia vulgaris genome sequence and annotation V2

Jan 20, 2026

Vieira Salgado de Oliveira, Julie Anne; Friedhoff, Ronja; Katharina Wolff; Pucker, Boas, 2026, "Purple and White Aquilegia vulgaris genome sequence and annotation V2", https://doi.org/10.60507/FK2/GKLMOG, bonndata, V1

Here we present high-quality genome sequences and annotations of Aquilegia vulgaris (commonly known as columbine), a widespread ornamental plant renowned for its extensive flower color variation. The study uncovers the flavonoid biosynthesis gene repertoire underlying anthocyanin pigmentation in this species. Using ONT long-read sequencing data, hi...

Tacca chantrieri genome sequence and annotation

Jan 20, 2026

Vieira Salgado de Oliveira, Julie Anne; Pucker, Boas, 2026, "Tacca chantrieri genome sequence and annotation", https://doi.org/10.60507/FK2/6SOMER, bonndata, V1

Here we present high-quality genome sequence and annotation of Tacca chantrieri (commonly known as black bat flower), famous for its dark, bat-shaped flowers with long filaments, making it an exotic and unusual ornamental plant. Using ONT long-read sequencing data, highly continuous genome assemblies were generated. This data publication contains t...

Terracotta figurine of a grinding monkey in the Museum Alte Kulturen Tübingen (Inv. 5703)

Jan 20, 2026 - Museum Alte Kulturen

Günzel, Adriana, 2026, "Terracotta figurine of a grinding monkey in the Museum Alte Kulturen Tübingen (Inv. 5703)", https://doi.org/10.60507/FK2/SPD8PM, bonndata, V1

Terracotta figurine of a grinding monkey in the Museum Alte Kulturen (University of Tübingen, Inv. 5703).

Implementation of the paper "SCANNER+: Neighborhood-based self-enrichment approach for traffic speed prediction"

Jan 8, 2026

Gounoue, Steve, 2026, "Implementation of the paper "SCANNER+: Neighborhood-based self-enrichment approach for traffic speed prediction"", https://doi.org/10.60507/FK2/DRYP80, bonndata, V1

In this repository, you can find the code to train and evaluate SCANNER+, a novel neighborhood-based self-enrichment approach for traffic speed prediction. SCANNER+ learns effective node representations in dynamic road traffic settings. This work extends SCANNER, which utilizes correlation-based pattern detection and a self-enrichment mechanism.

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