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11 to 20 of 145 Results

README.txt 15 juil. 2024 - Data and Rscripts for: "Hierarchizing multiscale environmental effects on agricultural pest population dynamics: a case study on the annual onset of Bactrocera dorsalis population growth in Senegalese orchards" Plain Text - 5,1 KB - MD5: 0f6b83502d5d3f35e88399e1af9b6e75 Docs Description of the content of the dataverse
siland_example.R 15 juil. 2024 - Data and Rscripts for: "Hierarchizing multiscale environmental effects on agricultural pest population dynamics: a case study on the annual onset of Bactrocera dorsalis population growth in Senegalese orchards" R Syntax - 9,1 KB - MD5: de1e48610199323bf1db26158daa99bf Code This script allows to estimate the landscape influence on a replicate of t0 estimates of the land use categories from the land use map.
siland_parameters.txt 15 juil. 2024 - Data and Rscripts for: "Hierarchizing multiscale environmental effects on agricultural pest population dynamics: a case study on the annual onset of Bactrocera dorsalis population growth in Senegalese orchards" Plain Text - 279 B - MD5: e561562259520908180429227682725f Data Values of the Siland parameters (init, wd, maxD) used in the article (selected with a parameter tuning step not presented here but described in the article).
study_area_boundaries.zip 15 juil. 2024 - Data and Rscripts for: "Hierarchizing multiscale environmental effects on agricultural pest population dynamics: a case study on the annual onset of Bactrocera dorsalis population growth in Senegalese orchards" Shapefile as ZIP Archive - 5,9 KB - MD5: fd7b83c4a572538bf3521c7202a511cb Data Shapefile corresponding to the limits of the study area.
study_area_grid.zip 15 juil. 2024 - Data and Rscripts for: "Hierarchizing multiscale environmental effects on agricultural pest population dynamics: a case study on the annual onset of Bactrocera dorsalis population growth in Senegalese orchards" Shapefile as ZIP Archive - 109,1 KB - MD5: cad76066eed22fe0a6d94e4952d3de62 Data Shapefile corresponding to the grid used to perform the PCA on the climate variables.
Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk. 23 avr. 2024 Herbillon, Fanny; Piou, Cyril; Meynard, Christine N., 2024, "Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.", https://doi.org/10.18167/DVN1/1FO9M6, CIRAD Dataverse, V1, UNF:6:J6LMg13oiZiQsldnzLRsJg== [fileUNF] R scripts for data filtering, climate decomposition, trend analysis ; locust table data, climate raster data
1.1.prepareCHELSAdata.R 23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk. R Syntax - 1,9 KB - MD5: 094d618e2ceac95c15c94ecd14f1c89f
1.2.rename CHELSA file.R 23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk. R Syntax - 992 B - MD5: 84e2f0a71a6c9da6168bae060bfaa0fd
1.3.modifCHELSAresolution (with mygridref res50 ).R 23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk. R Syntax - 1,3 KB - MD5: 39af7a2bd31184d5e0eea60f4c9ef72e
1.creation clcpro_base_recession.R 23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk. R Syntax - 4,6 KB - MD5: abcf8c71d75a5f85f95540e8cb8a0a2b

README.txt

15 juil. 2024 - Data and Rscripts for: "Hierarchizing multiscale environmental effects on agricultural pest population dynamics: a case study on the annual onset of Bactrocera dorsalis population growth in Senegalese orchards"

Plain Text - 5,1 KB -

Docs

Description of the content of the dataverse

siland_example.R

R Syntax - 9,1 KB -

Code

This script allows to estimate the landscape influence on a replicate of t0 estimates of the land use categories from the land use map.

siland_parameters.txt

Plain Text - 279 B -

Data

Values of the Siland parameters (init, wd, maxD) used in the article (selected with a parameter tuning step not presented here but described in the article).

study_area_boundaries.zip

Shapefile as ZIP Archive - 5,9 KB -

Data

Shapefile corresponding to the limits of the study area.

study_area_grid.zip

Shapefile as ZIP Archive - 109,1 KB -

Data

Shapefile corresponding to the grid used to perform the PCA on the climate variables.

Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.

23 avr. 2024

Herbillon, Fanny; Piou, Cyril; Meynard, Christine N., 2024, "Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.", https://doi.org/10.18167/DVN1/1FO9M6, CIRAD Dataverse, V1, UNF:6:J6LMg13oiZiQsldnzLRsJg== [fileUNF]

R scripts for data filtering, climate decomposition, trend analysis ; locust table data, climate raster data

1.1.prepareCHELSAdata.R

23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.

R Syntax - 1,9 KB -

1.2.rename CHELSA file.R

23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.

R Syntax - 992 B -

1.3.modifCHELSAresolution (with mygridref res50 ).R

23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.

R Syntax - 1,3 KB -

1.creation clcpro_base_recession.R

23 avr. 2024 - Multi-scale analyses of past climate change and management impacts on desert locust gregarization risk.

R Syntax - 4,6 KB -

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