cometadata/datacite-titles-descriptions-related-identifiers huggingface dataset:
DOI: 10.6084/m9.figshare.3516860
title: Appendix A. Supplementary study site information, including photographs, bathometric maps and coring locations, and modern vegetation and climate for Raven, Uchugrak, Poktovik, and Little Isac lakes.

description: Supplementary study site information, including photographs, bathometric maps and coring locations, and modern vegetation and climate for Raven, Uchugrak, Poktovik, and Little Isac lakes.
DOI: 10.6084/m9.figshare.3516860.v1
title: Appendix A. Supplementary study site information, including photographs, bathometric maps and coring locations, and modern vegetation and climate for Raven, Uchugrak, Poktovik, and Little Isac lakes.

description: Supplementary study site information, including photographs, bathometric maps and coring locations, and modern vegetation and climate for Raven, Uchugrak, Poktovik, and Little Isac lakes.
DOI: 10.6084/m9.figshare.3516857
title: Appendix B. Supplementary results: radiometric dates (14C and 210Pb) and age-depth models, and supplementary pollen and charcoal records for Raven, Uchugrak, Poktovik, and Little Isac lakes.

description: Supplementary results: radiometric dates (14C and 210Pb) and age-depth models, and supplementary pollen and charcoal records for Raven, Uchugrak, Poktovik, and Little Isac lakes.
DOI: 10.6084/m9.figshare.3516857.v1
title: Appendix B. Supplementary results: radiometric dates (14C and 210Pb) and age-depth models, and supplementary pollen and charcoal records for Raven, Uchugrak, Poktovik, and Little Isac lakes.

description: Supplementary results: radiometric dates (14C and 210Pb) and age-depth models, and supplementary pollen and charcoal records for Raven, Uchugrak, Poktovik, and Little Isac lakes.
DOI: 10.6084/m9.figshare.3516854
title: Supplement 1. Google Earth file (.kmz) with location of lakes used and referenced in this study (see Fig. 1 in main text), and polygons of recorded fires in Alaska from 1950 to 2007.

description: File List AK_tundraFireHx_LakeSedRecords_2008.kmz<br> AK_tundraFires_CAVM_2010.kmz Description Both files open in the program Google Earth and contain geographic data. AK_tundraFireHx_LakeSedRecords_2008.kmz: Location of high-resolution lake-sediment records reporting fire history information from Alaskan tundra, over the mid and late Holocene (DI, PE, RA, UC, PO, LI) and late Glacial and early Holocene (RP, XI). Records from the late Holocene representing boreal forest (RP, XI, CO, WK) are also included, because these are compared to tundra fire history records. Metadata include lake name, site code, year cored, surface area (ha), water depth (m), and publication information. AK_tundraFires_CAVM_2010.kmz: Polygons of tundra area burned in Alaska from 1950 to 2010, as reported by the Alaska Interagency Coordination Center (http://fire.ak.blm.gov/predsvcs/maps.php). “Tundra” is defined as all areas within the Circumpolar Arctic Vegetation Map (CAVM; Walker et al. 2005) in Alaska.
DOI: 10.6084/m9.figshare.3516854.v1
title: Supplement 1. Google Earth file (.kmz) with location of lakes used and referenced in this study (see Fig. 1 in main text), and polygons of recorded fires in Alaska from 1950 to 2007.

description: File List AK_tundraFireHx_LakeSedRecords_2008.kmz<br> AK_tundraFires_CAVM_2010.kmz Description Both files open in the program Google Earth and contain geographic data. AK_tundraFireHx_LakeSedRecords_2008.kmz: Location of high-resolution lake-sediment records reporting fire history information from Alaskan tundra, over the mid and late Holocene (DI, PE, RA, UC, PO, LI) and late Glacial and early Holocene (RP, XI). Records from the late Holocene representing boreal forest (RP, XI, CO, WK) are also included, because these are compared to tundra fire history records. Metadata include lake name, site code, year cored, surface area (ha), water depth (m), and publication information. AK_tundraFires_CAVM_2010.kmz: Polygons of tundra area burned in Alaska from 1950 to 2010, as reported by the Alaska Interagency Coordination Center (http://fire.ak.blm.gov/predsvcs/maps.php). “Tundra” is defined as all areas within the Circumpolar Arctic Vegetation Map (CAVM; Walker et al. 2005) in Alaska.
DOI: 10.6084/m9.figshare.3516851
title: Supplement 2. Age-depth models for Raven, Uchugrak, Poktovik, and Little Isac lakes, including Monte Carlo boot-strapped confidence intervals.

description: File List LI07AgeDepthData.csv<br> PO07AgeDepthData.csv<br> RA07AgeDepthData.csv<br> UC07AgeDepthData.csv Description Each file contains the output data from the program MCAgeDepth (Higuera et al. 2009, Ecological Monographs, 79:201–219), used to create Fig. 2 in the main text. File names reference site codes: LI (Little Isac), PO (Poktovik), RA (Raven), and UC (Uchugrak). Columns are as follows: Top depth of sample [cm] Calibrated age at sample top [cal yr BP] Upper 95% confidence intervals for data in column two. Lower 95% confidence intervals for data in column two. Sedimentation rate [cm/yr] Upper 95% confidence intervals for data in column five. Lower 95% confidence intervals for data in column five. Sample resolution [yr/sample] Upper 95% confidence intervals for data in column eight. Lower 95% confidence intervals for data in column eight. Missing values: none. Checksum values: LI07AgeDepthData.csv: 1626 rows (with headers), 10 columns Column 1 (sampleCm): 342207.5<br> Column 2 (calAge): 13872129<br> Column 5 (sedAcc): 6.46<br> Column 8 (sampleRes): 11623 PO07AgeDepthData.csv: 891 rows (with headers), 10 columns Column 1 (sampleCm): 109857.45<br> Column 2 (calAge): 3762660<br> Column 5 (sedAcc): 85.0906<br> Column 8 (sampleRes): 5893 RA07AgeDepthData.csv: 1202 rows (with headers), 10 columns Column 1 (sampleCm): 183722.95<br> Column 2 (calAge): 5859341<br> Column 5 (sedAcc): 41.3365<br> Column 8 (sampleRes): 9655 UC07AgeDepthData.csv: 784 rows (with headers), 10 columns Column 1 (sampleCm): 80400.75<br> Column 2 (calAge): 2507906<br> Column 5 (sedAcc): 22.5125<br> Column 8 (sampleRes): 7904
DOI: 10.6084/m9.figshare.3516851.v1
title: Supplement 2. Age-depth models for Raven, Uchugrak, Poktovik, and Little Isac lakes, including Monte Carlo boot-strapped confidence intervals.

description: File List LI07AgeDepthData.csv<br> PO07AgeDepthData.csv<br> RA07AgeDepthData.csv<br> UC07AgeDepthData.csv Description Each file contains the output data from the program MCAgeDepth (Higuera et al. 2009, Ecological Monographs, 79:201–219), used to create Fig. 2 in the main text. File names reference site codes: LI (Little Isac), PO (Poktovik), RA (Raven), and UC (Uchugrak). Columns are as follows: Top depth of sample [cm] Calibrated age at sample top [cal yr BP] Upper 95% confidence intervals for data in column two. Lower 95% confidence intervals for data in column two. Sedimentation rate [cm/yr] Upper 95% confidence intervals for data in column five. Lower 95% confidence intervals for data in column five. Sample resolution [yr/sample] Upper 95% confidence intervals for data in column eight. Lower 95% confidence intervals for data in column eight. Missing values: none. Checksum values: LI07AgeDepthData.csv: 1626 rows (with headers), 10 columns Column 1 (sampleCm): 342207.5<br> Column 2 (calAge): 13872129<br> Column 5 (sedAcc): 6.46<br> Column 8 (sampleRes): 11623 PO07AgeDepthData.csv: 891 rows (with headers), 10 columns Column 1 (sampleCm): 109857.45<br> Column 2 (calAge): 3762660<br> Column 5 (sedAcc): 85.0906<br> Column 8 (sampleRes): 5893 RA07AgeDepthData.csv: 1202 rows (with headers), 10 columns Column 1 (sampleCm): 183722.95<br> Column 2 (calAge): 5859341<br> Column 5 (sedAcc): 41.3365<br> Column 8 (sampleRes): 9655 UC07AgeDepthData.csv: 784 rows (with headers), 10 columns Column 1 (sampleCm): 80400.75<br> Column 2 (calAge): 2507906<br> Column 5 (sedAcc): 22.5125<br> Column 8 (sampleRes): 7904
DOI: 10.6084/m9.figshare.3516842
title: Supplement 4. Pollen counts for the past 3000 years for Raven, Uchugrak, Poktovik, and Little Isac lakes.

description: File List LI07_pollenCounts.csv<br> PO07_pollenCounts.csv<br> RA07_pollenCounts.csv<br> UC07_pollenCounts.csv Description File names reference site codes, where "XX" is a place holder for the site codes for Raven (RA), Uchugrak (UC), Poktovik (PO) and Little Isac (LI) lakes, all collected in 2007. Each file contains information on sample depth, sample age, tracers added, tracer concentration, and tracers counted (for calculating pollen accumulation rates). Rows = samples. Columns = sample identification OR taxon, as follows, with all units as counts, unless otherwise indicated below: finalTopCm [cm]<br> calYrBP [cal. yr BP]<br> sedVol [cm3]<br> tracersAdded [count]<br> meanTracer [count] Mean number of tracers per tablet.<br> stdTracer [count] Standard deviation for mean number of tracers per table.<br> tracersCounted [count] Number of tracers counted in sample.<br> AlnusIncana<br> AlnusViridis<br> Alnus<br> Betula<br> Picea<br> Populus<br> Salix<br> Apiaceae<br> Artemsia<br> Brassicaceae<br> Caryophyllaceae<br> Chenopodiaceae<br> Cyperaceae<br> Drosera<br> Epilobium<br> Ericaceae<br> Fabaceae<br> Liguliflorae<br> Lilliaceae<br> Poaceae<br> Polemoniaceae<br> Polygonaceae<br> Ranunulaccea<br> Rosaceae<br> Saussurea<br> Saxifragaceae<br> Scriohaleriaceae<br> Tubuliflorae<br> Urticaceae<br> Calitriche<br> Equisetum<br> Isoetes<br> Myriophyllum<br> Nymphaea<br> Pediastrum<br> Potomogetan<br> Sparganium<br> Typha<br> Sphagnum<br> Lycopodium<br> Botryococcus<br> MonoleteSpore<br> TrileteSpore<br> Degraded<br> Aquatic Sum [count] Total aquatic grains counted.<br> Terrestrial Sum [count] Total terrestrial grains counted. Missing values: none. Checksum values: LI07_pollenCounts.csv: 9 rows (with headers), 53 columns Column 1 (final depth top (cm)): 259.25<br> Column 2 (cal BP): 13896.17<br> Column 7 (TRACERS): 469<br> Column 10 (Alnus): 534<br> Column 20 (Cyperaceae): 510<br> Column 30 (Ranunculaceae): 10<br> Column 40 (Myriophyllum): 11<br> Column 50 (trilete spore): 9 PO07_pollenCounts.csv: 10 rows (with headers), 53 columns Column 1 (final depth top (cm)): 282.84<br> Column 2 (cal BP): 11462.43<br> Column 7 (TRACERS): 531<br> Column 10 (Alnus): 866<br> Column 20 (Cyperaceae): 569 <br> Column 30 (Ranunculaceae): 3<br> Column 40 (Myriophyllum): 14<br> Column 50 (trilete spore): 7 RA07_pollenCounts.csv: 10 rows (with headers), 53 columns Column 1 (final depth top (cm)): 405.91<br> Column 2 (cal BP): 14434.45<br> Column 7 (TRACERS): 1199<br> Column 10 (Alnus): 757<br> Column 20 (Cyperaceae): 624<br> Column 30 (Ranunculaceae): 12<br> Column 40 (Myriophyllum): 10<br> Column 50 (trilete spore): 22 UC07_pollenCounts.csv: 16 rows (with headers), 53 columns Column 1 (final depth top (cm)): 890.5<br> Column 2 (cal BP): 23349.75<br> Column 7 (TRACERS): 551<br> Column 10 (Alnus): 1484<br> Column 20 (Cyperaceae): 1116<br> Column 30 (Ranunculaceae): 8<br> Column 40 (Myriophyllum): 17<br> Column 50 (trilete spore): 57
DOI: 10.6084/m9.figshare.3516842.v1
title: Supplement 4. Pollen counts for the past 3000 years for Raven, Uchugrak, Poktovik, and Little Isac lakes.

description: File List LI07_pollenCounts.csv<br> PO07_pollenCounts.csv<br> RA07_pollenCounts.csv<br> UC07_pollenCounts.csv Description File names reference site codes, where "XX" is a place holder for the site codes for Raven (RA), Uchugrak (UC), Poktovik (PO) and Little Isac (LI) lakes, all collected in 2007. Each file contains information on sample depth, sample age, tracers added, tracer concentration, and tracers counted (for calculating pollen accumulation rates). Rows = samples. Columns = sample identification OR taxon, as follows, with all units as counts, unless otherwise indicated below: finalTopCm [cm]<br> calYrBP [cal. yr BP]<br> sedVol [cm3]<br> tracersAdded [count]<br> meanTracer [count] Mean number of tracers per tablet.<br> stdTracer [count] Standard deviation for mean number of tracers per table.<br> tracersCounted [count] Number of tracers counted in sample.<br> AlnusIncana<br> AlnusViridis<br> Alnus<br> Betula<br> Picea<br> Populus<br> Salix<br> Apiaceae<br> Artemsia<br> Brassicaceae<br> Caryophyllaceae<br> Chenopodiaceae<br> Cyperaceae<br> Drosera<br> Epilobium<br> Ericaceae<br> Fabaceae<br> Liguliflorae<br> Lilliaceae<br> Poaceae<br> Polemoniaceae<br> Polygonaceae<br> Ranunulaccea<br> Rosaceae<br> Saussurea<br> Saxifragaceae<br> Scriohaleriaceae<br> Tubuliflorae<br> Urticaceae<br> Calitriche<br> Equisetum<br> Isoetes<br> Myriophyllum<br> Nymphaea<br> Pediastrum<br> Potomogetan<br> Sparganium<br> Typha<br> Sphagnum<br> Lycopodium<br> Botryococcus<br> MonoleteSpore<br> TrileteSpore<br> Degraded<br> Aquatic Sum [count] Total aquatic grains counted.<br> Terrestrial Sum [count] Total terrestrial grains counted. Missing values: none. Checksum values: LI07_pollenCounts.csv: 9 rows (with headers), 53 columns Column 1 (final depth top (cm)): 259.25<br> Column 2 (cal BP): 13896.17<br> Column 7 (TRACERS): 469<br> Column 10 (Alnus): 534<br> Column 20 (Cyperaceae): 510<br> Column 30 (Ranunculaceae): 10<br> Column 40 (Myriophyllum): 11<br> Column 50 (trilete spore): 9 PO07_pollenCounts.csv: 10 rows (with headers), 53 columns Column 1 (final depth top (cm)): 282.84<br> Column 2 (cal BP): 11462.43<br> Column 7 (TRACERS): 531<br> Column 10 (Alnus): 866<br> Column 20 (Cyperaceae): 569 <br> Column 30 (Ranunculaceae): 3<br> Column 40 (Myriophyllum): 14<br> Column 50 (trilete spore): 7 RA07_pollenCounts.csv: 10 rows (with headers), 53 columns Column 1 (final depth top (cm)): 405.91<br> Column 2 (cal BP): 14434.45<br> Column 7 (TRACERS): 1199<br> Column 10 (Alnus): 757<br> Column 20 (Cyperaceae): 624<br> Column 30 (Ranunculaceae): 12<br> Column 40 (Myriophyllum): 10<br> Column 50 (trilete spore): 22 UC07_pollenCounts.csv: 16 rows (with headers), 53 columns Column 1 (final depth top (cm)): 890.5<br> Column 2 (cal BP): 23349.75<br> Column 7 (TRACERS): 551<br> Column 10 (Alnus): 1484<br> Column 20 (Cyperaceae): 1116<br> Column 30 (Ranunculaceae): 8<br> Column 40 (Myriophyllum): 17<br> Column 50 (trilete spore): 57
DOI: 10.6084/m9.figshare.3516839
title: Supplement 1. R source code for the spatial modeling package described in this paper, including main and subroutine files, with descriptions of code and instructions for use.

description: File List Kernels.R<br> SpatialParams.R<br> SpatialSubs.R<br> Example.R<br> Description This supplement includes the subroutines and an example main file to be used for performing spatial simulations as described in O’Rourke and Jones (2011). It was written on a Macintosh computer running Mac OS X 10.6.7 (10J869), originally coded in R 1.8, and updated for publication to R version 2.13.0. i. Kernels.R: This is an R script containing descriptions of dispersal kernels used in our simulations. Currently included are a uniform dispersal kernel and a quereshi kernel (reference). ii. SpatialParams.R: This file contains basic parameters for the landscape including dimension, percentages of agricultural land, agricultural land devoted to corn production, and non-agricultural land; parameters for crop rotation and finally, the number of seasons (years) a given landscape will be simulated. iii. SpatialSubs.R: This file contains subroutines for creating the landscape, for insect dispersal and population growth. iv. Example.R: An example simulation. This file calls the appropriate subroutines and runs an example simulation for nyears seasons. Plots the results as a time series.
DOI: 10.6084/m9.figshare.3516839.v1
title: Supplement 1. R source code for the spatial modeling package described in this paper, including main and subroutine files, with descriptions of code and instructions for use.

description: File List Kernels.R<br> SpatialParams.R<br> SpatialSubs.R<br> Example.R<br> Description This supplement includes the subroutines and an example main file to be used for performing spatial simulations as described in O’Rourke and Jones (2011). It was written on a Macintosh computer running Mac OS X 10.6.7 (10J869), originally coded in R 1.8, and updated for publication to R version 2.13.0. i. Kernels.R: This is an R script containing descriptions of dispersal kernels used in our simulations. Currently included are a uniform dispersal kernel and a quereshi kernel (reference). ii. SpatialParams.R: This file contains basic parameters for the landscape including dimension, percentages of agricultural land, agricultural land devoted to corn production, and non-agricultural land; parameters for crop rotation and finally, the number of seasons (years) a given landscape will be simulated. iii. SpatialSubs.R: This file contains subroutines for creating the landscape, for insect dispersal and population growth. iv. Example.R: An example simulation. This file calls the appropriate subroutines and runs an example simulation for nyears seasons. Plots the results as a time series.
DOI: 10.6084/m9.figshare.3516836
title: Appendix A. Two tables containing the log10-transformed LC50 values of used in the study and the information about the the DNA sequences used to estimate phylogeny.

description: Two tables containing the log10-transformed LC50 values of used in the study and the information about the the DNA sequences used to estimate phylogeny.
DOI: 10.6084/m9.figshare.3516836.v1
title: Appendix A. Two tables containing the log10-transformed LC50 values of used in the study and the information about the the DNA sequences used to estimate phylogeny.

description: Two tables containing the log10-transformed LC50 values of used in the study and the information about the the DNA sequences used to estimate phylogeny.
DOI: 10.6084/m9.figshare.3516833
title: Appendix A. Frequency of soil types at the study localities according to WRB-system.

description: Frequency of soil types at the study localities according to WRB-system.
DOI: 10.6084/m9.figshare.3516833.v1
title: Appendix A. Frequency of soil types at the study localities according to WRB-system.

description: Frequency of soil types at the study localities according to WRB-system.
DOI: 10.6084/m9.figshare.3516830
title: Appendix B. Meteorological characters at the study localities.

description: Meteorological characters at the study localities.
DOI: 10.6084/m9.figshare.3516830.v1
title: Appendix B. Meteorological characters at the study localities.

description: Meteorological characters at the study localities.
DOI: 10.6084/m9.figshare.3516827
title: Appendix C. Weather during the growing season and the preceding winter in 2004 and 2005 at each study locality.

description: Weather during the growing season and the preceding winter in 2004 and 2005 at each study locality.
DOI: 10.6084/m9.figshare.3516827.v1
title: Appendix C. Weather during the growing season and the preceding winter in 2004 and 2005 at each study locality.

description: Weather during the growing season and the preceding winter in 2004 and 2005 at each study locality.
DOI: 10.6084/m9.figshare.3516824
title: Appendix A. A map and detailed attributes of the study sites, information on the sampling design, invertebrate trapping methods, a list of the relative abundances of taxonomic classes and orders captured, a list of environmental and landscape variables and how they were quantified, statistical methodology, formulas and best-fit models for the edge response functions in the manuscript, and output results from the ordination procedures.

description: A map and detailed attributes of the study sites, information on the sampling design, invertebrate trapping methods, a list of the relative abundances of taxonomic classes and orders captured, a list of environmental and landscape variables and how they were quantified, statistical methodology, formulas and best-fit models for the edge response functions in the manuscript, and output results from the ordination procedures.
DOI: 10.6084/m9.figshare.3516824.v1
title: Appendix A. A map and detailed attributes of the study sites, information on the sampling design, invertebrate trapping methods, a list of the relative abundances of taxonomic classes and orders captured, a list of environmental and landscape variables and how they were quantified, statistical methodology, formulas and best-fit models for the edge response functions in the manuscript, and output results from the ordination procedures.

description: A map and detailed attributes of the study sites, information on the sampling design, invertebrate trapping methods, a list of the relative abundances of taxonomic classes and orders captured, a list of environmental and landscape variables and how they were quantified, statistical methodology, formulas and best-fit models for the edge response functions in the manuscript, and output results from the ordination procedures.
DOI: 10.6084/m9.figshare.3516821
title: Appendix B. A list of the 283 beetle species and their relative abundances in native forest patches, pasture grassland sites, and pine plantation sites on Banks Peninsula, South Island, New Zealand.

description: A list of the 283 beetle species and their relative abundances in native forest patches, pasture grassland sites, and pine plantation sites on Banks Peninsula, South Island, New Zealand.
DOI: 10.6084/m9.figshare.3516821.v1
title: Appendix B. A list of the 283 beetle species and their relative abundances in native forest patches, pasture grassland sites, and pine plantation sites on Banks Peninsula, South Island, New Zealand.

description: A list of the 283 beetle species and their relative abundances in native forest patches, pasture grassland sites, and pine plantation sites on Banks Peninsula, South Island, New Zealand.
DOI: 10.6084/m9.figshare.3516818
title: Appendix A. Study unit features: summary of dominant study unit features. Mean values and ranges are shown for annual precipitation, air temperatures, and study site basin area.

description: Study unit features: summary of dominant study unit features. Mean values and ranges are shown for annual precipitation, air temperatures, and study site basin area.
DOI: 10.6084/m9.figshare.3516818.v1
title: Appendix A. Study unit features: summary of dominant study unit features. Mean values and ranges are shown for annual precipitation, air temperatures, and study site basin area.

description: Study unit features: summary of dominant study unit features. Mean values and ranges are shown for annual precipitation, air temperatures, and study site basin area.
DOI: 10.6084/m9.figshare.3516815
title: Appendix B. Site variable means (mean and standard deviation of environmental, physical habitat, water chemistry, and invertebrate variables for sampled sites).

description: Site variable means (mean and standard deviation of environmental, physical habitat, water chemistry, and invertebrate variables for sampled sites).
DOI: 10.6084/m9.figshare.3516815.v1
title: Appendix B. Site variable means (mean and standard deviation of environmental, physical habitat, water chemistry, and invertebrate variables for sampled sites).

description: Site variable means (mean and standard deviation of environmental, physical habitat, water chemistry, and invertebrate variables for sampled sites).
DOI: 10.6084/m9.figshare.3516812
title: Appendix C. Pearson correlation matrix with two-tailed significance test.

description: Pearson correlation matrix with two-tailed significance test.
DOI: 10.6084/m9.figshare.3516812.v1
title: Appendix C. Pearson correlation matrix with two-tailed significance test.

description: Pearson correlation matrix with two-tailed significance test.
DOI: 10.6084/m9.figshare.3516809
title: Appendix D. Total standardized effects of basin cropland and riparian forested wetland on nutrients in the national and regional SEMs.

description: Total standardized effects of basin cropland and riparian forested wetland on nutrients in the national and regional SEMs.
DOI: 10.6084/m9.figshare.3516809.v1
title: Appendix D. Total standardized effects of basin cropland and riparian forested wetland on nutrients in the national and regional SEMs.

description: Total standardized effects of basin cropland and riparian forested wetland on nutrients in the national and regional SEMs.
DOI: 10.6084/m9.figshare.3516806
title: Appendix A. List of aquatic plant species in Doñana (SW Spain) considered in the study.

description: List of aquatic plant species in Doñana (SW Spain) considered in the study.