cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.13065920.v1
title: Supplementary data and research materials for "Face Masks Considerably Reduce Covid-19 Cases in Germany -- A synthetic control method approach"

description: This project folder contains supplementary data files and software codes (Stata and Matlab) to replicate the estimation and simulation results documented in:<br><br>"Face Masks Considerably Reduce COVID-19 Cases in Germany -- A Synthetic Control Method Approach", written by Mitze, T., Kosfeld, R., Rode, J. and Wälde, K. (2020).<br>A current working paper version of this research can be download as CESifo Working Paper No. 8479 from: https://www.cesifo.org/DocDL/cesifo1_wp8479.pdf.<br><br>
DOI: 10.5281/zenodo.4291941
title: Smart Building Model (SBuM) Data

description: This dataset is to be used in conjonction with the SBuM model available online at: https://github.com/jeanlouisnico/SBuM Download add the file into the path of your MatLab environment to allow MatLab to locate the files. v1.1: added the zip file that it is easier to download all the files at once.
DOI: 10.6084/m9.figshare.12155553.v10
title: A global dataset for crop production under conventional tillage and no tillage practice

description: Author: <br>Yang Su 1, Benoit Gabrielle 1, David Makowski 2,3 <br>Affiliations: <br>1. UMR ECOSYS, INRAE AgroParisTech, Université Paris-Saclay, 78850 Thiverval-Grignon, France 2. UMR Agronomie, INRAE AgroParisTech, Université Paris-Saclay, 78850 Thiverval-Grignon, France<br>3. Applied mathematics and computer science (MIA 518), INRAE AgroParisTech, Université Paris-Saclay, 75005 Paris, France.<br><br>This dataset includes the results extracted from 422 papers (published between 1983 to 2020), 4403 paired yield observations from CA and CT for 8 major crop species (370 observations for barley (232 for spring barley and 138 for winter barley), 94 observations for cotton, 1690 observations for maize, 195 observation for rice, 160 observations for sorghum, 583 observations for soybean, 61 observations for sunflower, 1250 observations for wheat (209 for spring wheat and 1041 for winter wheat)) in 50 countries from 1980 to 2017. <br>For more information, please contact with author through: yang.su@inrae.fr<br>
DOI: 10.5441/001/1.31v444sc/1
title: Switzerland Lenzburg - Long term study on migratory movement of Alpine swifts (Apus melba)-barometer

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.31v444sc/2
title: Switzerland Lenzburg - Long term study on migratory movement of Alpine swifts (Apus melba)-light-levels

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.31v444sc/4
title: Switzerland Lenzburg - Long term study on migratory movement of Alpine swifts (Apus melba)-twilights

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.31v444sc/5
title: Switzerland Lenzburg - Long term study on migratory movement of Alpine swifts (Apus melba)-reference-data

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.25405/data.ncl.9994739.v2
title: Quantum Experience data for quantum witness test of non-macrorealistic cat states

description: Raw data from IBM Q5 and Q14 data for computing the quantum witness values. Data for n=2,4,6 qubits. Data from calculating measurement invasiveness parameters.<br>
DOI: 10.5281/zenodo.4290455
title: WindNODE_ABW single scenario results data

description: These notebooks are created based on the model results of WindNODE_ABW which are available here.
DOI: 10.5441/001/1.d6n476k0
title: Data from: Study "Switzerland Baden - Long term study on migratory movement of Alpine swifts (Apus melba)"

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.d6n476k0/1
title: Switzerland Baden - Long term study on migratory movement of Alpine swifts (Apus melba)-barometer

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.d6n476k0/2
title: Switzerland Baden - Long term study on migratory movement of Alpine swifts (Apus melba)-light-levels

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.d6n476k0/3
title: Switzerland Baden - Long term study on migratory movement of Alpine swifts (Apus melba)-tracks

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.d6n476k0/4
title: Switzerland Baden - Long term study on migratory movement of Alpine swifts (Apus melba)-twilights

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.d6n476k0/5
title: Switzerland Baden - Long term study on migratory movement of Alpine swifts (Apus melba)-reference-data

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.96t76sg0/1
title: Spain Tarragona - Long term study on migratory movement of Alpine swifts (Apus melba)-barometer

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.96t76sg0/2
title: Spain Tarragona - Long term study on migratory movement of Alpine swifts (Apus melba)-light-levels

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.
DOI: 10.5441/001/1.96t76sg0/3
title: Spain Tarragona - Long term study on migratory movement of Alpine swifts (Apus melba)-tracks

description: Meier CM, Karaardıç H, Aymí R, Peev SG, Witvliet W, Liechti F. 2020. Population-specific adjustment of the annual cycle in a super-swift trans-Saharan migrant. J Avian Biol. 51(11):e02515. doi:10.1111/jav.02515
description: For migratory birds optimal timing of the onset of reproduction is vital, especially when suitable conditions for reproduction occur only for a short while during the year. With increasing latitude the suitable period becomes shorter and we expect the organization of annual cycle to be more synchronized to the local conditions across individuals of same population. This should result in low variation of arrival and departure date in breeding sites at higher latitudes. We quantify the temporal and geographical variation in pre‐ and post‐breeding migration between individuals from four different populations of alpine swifts Tachymarptis melba along a latitudinal gradient. We tracked 215 individuals in three years with geolocators. The two western and two eastern populations showed separate migratory flyways and places of residence in Africa. Length of stay at the breeding sites was negatively correlated with latitude and differed by more than a month between populations. Duration of migration was similarly short in all populations (median 6.2 days in autumn and 8.7 days in spring). However, variation in timing of migration was unrelated to latitude and individuals everywhere arrived in the same asynchrony at the breeding site.