Datasets
Workflow for species distribution modeling with ModGP
cwr/0eef2088c6001ec2d2ac
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 02 Apr. 2025 14:04 UTC, Last modified: 02 Apr. 2025 14:04 UTC
Workflow for species distribution modeling with ModGP
cwr/096285b1a7e05bdedfb0
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Mar. 2025 09:03 UTC, Last modified: 31 Mar. 2025 09:03 UTC
Workflow for species distribution modeling with ModGP
cwr/88667fca109da3884177
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Mar. 2025 08:03 UTC, Last modified: 31 Mar. 2025 08:03 UTC
Workflow for species distribution modeling with ModGP for ESA DT WS 03
cwr/10b84c65d5ca549fe00f
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 37
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 02 Feb. 2025 08:02 UTC, Last modified: 02 Feb. 2025 08:02 UTC
Workflow for species distribution modeling with ModGP
cwr/78538cd350023bd0bc25
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 01 Feb. 2025 16:02 UTC, Last modified: 01 Feb. 2025 16:02 UTC
Workflow for species distribution modeling with ModGP
cwr/ec56026274c399accb6b
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 22:01 UTC, Last modified: 31 Jan. 2025 22:01 UTC
Workflow for species distribution modeling with ModGP
cwr/a25423f236818c6dfcd7
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 22:01 UTC, Last modified: 31 Jan. 2025 22:01 UTC
Workflow for species distribution modeling with ModGP
cwr/c31a86b5da0d7aacbcb2
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 22:01 UTC, Last modified: 31 Jan. 2025 22:01 UTC
Workflow for species distribution modeling with ModGP
cwr/145dfe6c2798ae76e74c
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 22:01 UTC, Last modified: 31 Jan. 2025 22:01 UTC
Workflow for species distribution modeling with ModGP
cwr/d648dbc27fac4ce762d6
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 22:01 UTC, Last modified: 31 Jan. 2025 22:01 UTC
Workflow for species distribution modeling with ModGP
cwr/b7ee5549159aa618e22c
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 22:01 UTC, Last modified: 31 Jan. 2025 22:01 UTC
Workflow for species distribution modeling with ModGP
cwr/979a6621f927b7de9bd4
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 22:01 UTC, Last modified: 31 Jan. 2025 22:01 UTC
Workflow for species distribution modeling with ModGP
cwr/53f0b8c17045403416d2
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 22:01 UTC, Last modified: 31 Jan. 2025 22:01 UTC
Workflow for species distribution modeling with ModGP
cwr/e700cd74e29b466c8e1f
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/Apache-2.0
Has workflow? Yes
Has Provenance? Yes
Created: 31 Jan. 2025 20:01 UTC, Last modified: 31 Jan. 2025 20:01 UTC
Workflow for species distribution modeling with ModGP
cwr/fa2b65326ac574caee7b
Description: Crop Wild Relatives distribution modeling workflow using the ModGP; a prototype Digital Twin from BioDT.
Files: 6
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 29 Jan. 2025 17:01 UTC, Last modified: 29 Jan. 2025 17:01 UTC
Workflow for species distribution modeling with ModGP
cwr/6d0c42a3ba4b65488ccd
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 37
License: https://spdx.org/licenses/MIT
Has workflow? Yes
Has Provenance? Yes
Created: 28 Jan. 2025 02:01 UTC, Last modified: 28 Jan. 2025 02:01 UTC
Workflow for species distribution modeling with ModGP
cwr/d1d35fd05b740bb3c393
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 37
License: https://spdx.org/licenses/CC0-1.0
Has workflow? Yes
Has Provenance? Yes
Created: 23 Nov. 2024 02:11 UTC, Last modified: 23 Nov. 2024 02:11 UTC
Species distribution models for Lycopodium
cwr/d370053cd5d40d29dfdc
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 6
License: https://spdx.org/licenses/CC-BY-SA-4.0
Has workflow? Yes
Has Provenance? Yes
Created: 04 Nov. 2024 14:11 UTC, Last modified: 04 Nov. 2024 14:11 UTC
Species distribution models for Lycopodium
cwr/391c48d5cc201aa5e445
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 6
License: https://spdx.org/licenses/CC-BY-SA-4.0
Has workflow? Yes
Has Provenance? Yes
Created: 12 Oct. 2024 16:10 UTC, Last modified: 12 Oct. 2024 16:10 UTC
Species distribution models for Lycopodium
cwr/f96e25fb3595f69a9e00
Description: Crop Wild Relatives distribution modeling workflow using ModGP for Lycopodium. Lycopodium is not not actually a crop species, but serves as a good test genus due to the limited amount of species in this genus (and thus the short workflow execution runtime). Lycopodium is a genus of clubmosses within the family Lycopodiaceae. These perennial, evergreen plants are characterized by their small, needle-like or scale-like leaves arranged in spirals or whorls along the stems. Lycopodium species reproduce via spores rather than seeds and often form dense mats in forests, particularly in moist, shaded environments.
Files: 6
License: https://spdx.org/licenses/CC-BY-SA-4.0
Has workflow? Yes
Has Provenance? Yes
Created: 12 Oct. 2024 14:10 UTC, Last modified: 12 Oct. 2024 14:10 UTC