Datasets:
Dataset Viewer
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habitat_suitability_assessment_for_tule_4 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the study area, inset on map of California. Included are GPS collar locations of tule elk used to fit resource selection functions then used to predict habitat across the study area, in addition to the approximate locations of other tule elk herds throughout the area. These known elk location polygons were derived from buffering formal aerial and ground surveys conducted by CDFW staff, opportunistic public reported observations, and hunter reported harvest locations | {"W": -123.57237972086732, "S": 35.80249207074944, "E": -118.74129306529956, "N": 38.10332618338047, "record_id": "habitat_suitability_assessment_for_tule_4"} | Medium |
|
S1470160X22006951_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fig. 1. An overview of the Kapiti research station overlaid on a 5 m resolution Digital Terrain Model of the study area, which was generated from data acquired with a Leica ALS60 aerial LIDAR (panel a) as well as the grassland site locations. Plotted alongside is a map showing the study location in Kenya (panel b). | {"W": 37.05168008108121, "S": -1.7134973050690234, "E": 37.19550837901096, "N": -1.5634160230333582, "record_id": "S1470160X22006951_1"} | Hard |
|
a_new_species_of_river_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Distribution map of all known species and subspecies of Inia. Black outline denotes the limit of the Amazon basin. Question marks denote uncertainty as to which species occurs in the Tocantins River downstream of the Tucuru� dam which potentially delimits the distributions of I. geoffrensis and I. araguaiaensis sp. nov. Bars on the Madeira River represent a series of rapids that delimit the distribution of I. geoffrensis and I. boliviensis. The single bar on the northern limit of the Amazon basin represents the Casiquiare canal which connects the Amazon and Orinoco basins, and is thought to delimit the I. g. humboldtiana subspecies from I. g. geoffrensis. doi:10.1371/journal.pone.0083623.g001 | {"W": -82.75721312323486, "S": -24.340673435251208, "E": -45.49757070601017, "N": 12.937541289556037, "record_id": "a_new_species_of_river_1"} | Easy |
|
barriers_to_gene_flow_in_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Study area and sampling sites. Arrows indicate the approximate location and direction of major sea surface currents. Blue dots: locations where only Patella ulyssiponensis individuals were sampled; brown dots: locations where only Patella rustica individuals were sampled; black dots: locations were both species were sampled. BIA: Biarritz; CPR: Cabo Prior; MOL: Moledo; AGU: Aguda; SBR: Sa�o Bernardino; SJU: Sa�o Julia�o; ARI: Arrifana; CAS: Castelejo; ODA: Olhos d�A� gua; AGA: Agadir; TAR: Tarifa; EST: Estepona; VAL: Valencia; VIV: Vibo Valentia; CRT: Crotone; TNT: Taranto; SML: Santa Maria di Leuca; SAV: Savelletri; PES: Peschici; AOF: Almeria-Oran front; AC: Algerian current. doi:10.1371/journal.pone.0050330.g001 | {"W": -12.23906601405632, "S": 29.595061932005795, "E": 21.41494566599669, "N": 45.742515613108154, "record_id": "barriers_to_gene_flow_in_1"} | Easy |
|
cooccurrence_of_ecologically_similar_species_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Distributions of the Maui representatives of the green ecomorph and other ecomorphs in the clade. The map shows the distributions of the three green ecomorph species based on previous literature and field observations. The three species have populations on different volcanoes as follows: T, macracantha (dark green), K_pahulu Valley (East Maui) and Lana_i; T. waikamoi (light green), Upper Waikamoi (East Maui) and West Maui (Pu_u Kukui); T. brevignatha (capypso), Lower Waikamoi (East Maui) and the Big Island (Mauna Kea - Laup_hoehoe; Mauna Loa - K_puka, Ka_u, Kona Hema, and Pu_u Maka_ala; and Hual_lai � Honoaula; localities not shown on the figure). Circles show a reduced representation of previous collections of species within the green ecomorph, as well as those from the maroon (T. kamakou) and small brown (T. restricta) ecomorphs. Red diamonds correspond to the sites used on the current study; for more details see Additional file 1: Table S1. The cladogram indicates the phylogenetic position of species used in the current study relative to others within the spiny leg clade (based on [11, 22]), the colours again representing the ecomorph of each species (for details see [11]). Maps modified from http://www.hear.org/starr/maps/stock/ and Stamen terrain map | {"W": -156.7443620242073, "S": 20.56955699403474, "E": -155.95710362348925, "N": 21.03396581765526, "record_id": "cooccurrence_of_ecologically_similar_species_1"} | Easy |
|
531730_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 1. Map of regional biomes. Solid coloured areas represent biomes (see legend). Black lines separate out biogeographic realms. Black dots represent sites in the PREDICTS database used in our global model (Hudson et al 2014). Hashed coloured areas represent regional biomes that were not included in analysis due to data deficiency (see methods). Biome and biogeographic realm spatial data from (Olson et al., 2001). | {"W": -179.99999999, "S": -90.0, "E": 180.0, "N": 90.0, "record_id": "531730_1"} | Easy |
|
baseline_assessments_for_coral_reef_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| General location of the major study sites on west Maui. Modified from: http://www.westmauir2r.com/ | {"W": -156.75308927947952, "S": 20.845760432444266, "E": -156.58237497534586, "N": 21.0614384995471, "record_id": "baseline_assessments_for_coral_reef_1"} | Easy |
|
592166_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fig 1. Três Irmãos (TI) reservoir and hydrodynamic modeling compartments. A) The TI and all sampling sites are shown. Purple circle shows the pilot sampling location. Blue circles labeled C1-C4 and C6-C15 designate the positions of the 14 sampling stations along the TI reservoir. Stations abbreviations as in S1 Table. White circles (PS1 and PS2) indicate where fish restocking programs are conducted. Orange circles (JNA, JAC, JBA, SLUICES and JTI) show the locations where the traditional taxonomic surveys are conducted by the hydroelectric company. Black trapezoid bars represent the positions of the Três Irmãos (UHE TI) and Nova Avanhandava (UHE NA) hydroelectric dams. Black star shows the Pereira Barreto service channel that connects the TI and IS reservoirs. B) For water renewal computations by hydrodynamic modeling, the reservoir was divided into 14 compartments. Red bars delineate the boundaries of the compartments. Compartment numbers are in red; the blue numbers are the control sections in which time series flows were calculated with the hydrodynamic model. | {"W": -51.468976303105215, "S": -21.25811023055316, "E": -50.01363195480053, "N": -20.451595018169566, "record_id": "592166_1"} | Medium |
|
biotic_assemblages_of_gelatinous_zooplankton_3 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the study area with the occurrence records distribution (6067). | {"W": -104.91024023115484, "S": 13.84568224004696, "E": -76.05048602122497, "N": 34.08871651784947, "record_id": "biotic_assemblages_of_gelatinous_zooplankton_3"} | Easy |
|
the_lion_in_west_africa_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Lion Conservation Units [18] and surveyed protected areas (PAs) in West Africa. Number symbols in the map correspond to PA identification numbers in Table 1 and Tables S3/S4, with numbers printed in bold representing PAs with METT assessments. doi:10.1371/journal.pone.0083500.g001 | {"W": -17.5, "S": 0.0, "E": 13.7, "N": 19.0, "record_id": "the_lion_in_west_africa_1"} | Easy |
|
dna_barcoding_the_native_flowering_5 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Species discrimination success (%) at different spatial scales across Wales. Species discrimination for Wales at the 10610 km level and for 3 vice-counties at the 262 km level for A) rbcL B) matK and C) combined. This uses 891,756 plant species records from the Botanical Society of the British Isles. Species discrimination for each square is determined by taking the species list for that square and conducting barcode gap analysis (using multiple alignments). doi:10.1371/journal.pone.0037945.g005 | {"W": -5.3671472843, "S": 51.3749458551, "E": -2.6348346051, "N": 53.4336140933, "record_id": "dna_barcoding_the_native_flowering_5"} | Easy |
|
relative_influence_of_environmental_factors_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Site map of Moore Reef fish aggregation site. (A) The location of Moore Reef in the Great Barrier Reef and (B) the location of the fish aggregation site at Moore Reef. (C) Bathymetric map of reef scape at the Moore Reef fish aggregation site. The direction of flows through the passage are detailed by the white (flooding) and black (ebbing) arrows. The letters (TP) refer to the location of a commercial tourism platform and the underwater visual census path is represented by the light blue arrow passing through the fish aggregation area (yellow box). The lidar (light imaging, detection and ranging) bathymetry data of Moore Reef was courtesy of Dr Robin Beaman, James Cook University | {"W": 146.21639332968314, "S": -16.864496060530506, "E": 146.24220480468304, "N": -16.82835336386392, "record_id": "relative_influence_of_environmental_factors_1"} | Easy |
|
documentation_of_a_probable_spawning_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the Spanish River area, including Aird Bay, the Whalesback Channel, and the North Channel of Lake Huron, and Espanola, Ontario, Canada. Rectangle = study area. Inset: Detailed view of the study area on the Spanish River, including the dam in Espanola. Sampling occurred between the solid lines. Coordinates on the exterior map to the broader-scale map; coordinates on the interior of the inset map to the inset. | {"W": -82.59965718645945, "S": 45.99753128589181, "E": -81.65539697259004, "N": 46.31983722787259, "record_id": "documentation_of_a_probable_spawning_1"} | Easy |
|
tule_elk_selection_of_surface_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the study area overlaid with agency ownership. Study area was defined by a 100% Minimum Convex Polygon (MCP) with a 2.3 km buffer of all tule elk locations collected via GPS collar between 2005�2017, CA, USA. | {"W": -120.28006147360585, "S": 34.91989491022106, "E": -119.6259823602622, "N": 35.604777348541816, "record_id": "tule_elk_selection_of_surface_1"} | Easy |
|
monitoring_questing_winter_tick_abundance_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Sample sites (yellow circles) for winter ticks at 3 study areas in the northeastern United States: sovereign trust lands, Maine (STL), western and central Massachusetts (WCM), and White Mountain National Forest and Umbagog National Wildlife Refuge, New Hampshire (WMU). Sampling occurred from 6 September 2022�9 December 2022. The background map represents a modeled gradient of moose habitat suitability from black indicating low suitability to light green indicating high suitability. | {"W": -73.96086950244799, "S": 41.813712407719926, "E": -66.60184469780361, "N": 47.78209379652618, "record_id": "monitoring_questing_winter_tick_abundance_1"} | Easy |
|
abundance_of_longbilled_curlews_on_1a | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Point count survey locations (centroids of plots) and the number of individuals detected of Long-billed Curlews (Numenius americanus) on the Naval Weapons Systems Training Facility (NWSTF) in Boardman, Oregon in (a) 2015 and (b) 2016. The footprint of the 2015 fire is also shown on both plots. The top inset map shows the location of NWSTF (outlined in red) in the north-central region of Oregon, and the bottom inset map shows the location of Oregon (outlined in red) within North America. | {"W": -119.83514034731196, "S": 45.61704860463128, "E": -119.60970792931604, "N": 45.81911286965942, "record_id": "abundance_of_longbilled_curlews_on_1a"} | Medium |
|
bird_monitoring_at_effigy_mounds_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Location of Effigy Mounds National Monument (EFMO), Iowa, within the Prairie Hardwood Transition Bird Conservation Region. | {"W": -105.95154205556754, "S": 21.90173202473488, "E": -80.85885700261763, "N": 49.37331696720588, "record_id": "bird_monitoring_at_effigy_mounds_1"} | Easy |
|
postfire_survival_of_the_threatened_4 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Big Gun Mitigation site in Michigan Bluff, Placer County, CA, USA (outlined in dashed yellow), with School Road going north/south along left edge. Individual ponds numbered as reported. | {"W": -120.73634206705994, "S": 39.03717344460269, "E": -120.72877731749065, "N": 39.04111279116635, "record_id": "postfire_survival_of_the_threatened_4"} | Medium |
|
monitoring_nesting_waterbirds_for_the_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Distribution and total abundance of American avocet, black-necked stilt, and Forster�s tern nests in South San Francisco Bay during 2005�2019 and 2022. | {"W": -122.29221699406163, "S": 37.41015143967471, "E": -121.92426449799325, "N": 37.63672308257186, "record_id": "monitoring_nesting_waterbirds_for_the_1"} | Easy |
|
590257_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 1: Distribution and population structure of impalas. A. Distribution map and sample localities of impala. Shaded regions indicate the current distribution range of each impala subspecies (IUCN SSC Antelope Specialist Group 2016). The sample sizes indicated in the legend correspond to the 113 samples kept in the filtered dataset, with each locality having at least 1 medium-high depth sample. B. Principal component analysis performed by applying PCAngsd to genotype likelihoods from common SNPs across all impala populations. C. Admixture proportions estimated with NGSadmix, assuming 12 ancestral populations (K=12, lower panel), together with an evaluation of model fit through the correlation of residuals for each pair of individuals estimated with evalAdmix (upper panel). D. Genetic divergence and population differentiation between each population pair, measured respectively with Dxy and with FST estimated using Hudson’s estimator. Both quantities were estimated from the inferred 2DSFS. | {"W": 5.0, "S": -34.0, "E": 41.5, "N": 7.5, "record_id": "590257_1"} | Easy |
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assessment_of_potential_recovery_viability_2 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the Colorado River in Grand Canyon and its major tributaries, with boundaries for Lake Powell/Glen Canyon National Recreation Area, Grand Canyon National Park, Lake Mead National Recreation Area, and Havasupai, Hualapai, and Navajo Nation lands. Inset map shows study area states of Arizona, Utah, and Nevada (red box). | {"W": -114.07349944138998, "S": 35.58905797636442, "E": -111.41839326211452, "N": 37.15502517288872, "record_id": "assessment_of_potential_recovery_viability_2"} | Easy |
|
expansion_of_smallmouth_bass_distribution_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the Willamette River Basin in western Oregon showing the mainstem river, primary tributaries, and study reaches. [Color figure can be viewed at wileyonlinelibrary.com] | {"W": -123.98215325649727, "S": 43.70452213551127, "E": -122.24390756333646, "N": 45.42552719075826, "record_id": "expansion_of_smallmouth_bass_distribution_1"} | Medium |
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distribution_abundance_and_breeding_activities_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Least Bell's Vireo survey areas at Marine Corps Base Camp Pendleton, 2020. | {"W": -117.61581820839696, "S": 33.06656310844637, "E": -117.2529356197919, "N": 33.53941482914768, "record_id": "distribution_abundance_and_breeding_activities_1"} | Easy |
|
an_overview_of_marine_biodiversity_3 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Virginian and Gulf of Maine/Bay of Fundy Ecoregions, showing bathymetry and major geographic landmarks. The New England Seamounts are those extending south from Georges Bank. Only the larger protected areas are shown, and they have different goals and levels of protection. | {"W": -77.19280846791195, "S": 32.18437943699978, "E": -63.99216036143304, "N": 49.31682230371176, "record_id": "an_overview_of_marine_biodiversity_3"} | Easy |
|
foraging_ecology_of_southern_sea_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| (A) The study location at A�o Nuevo State Park represents part of the current northern range of the southern sea otter. (B) Within the State Park, coastal areas were used for focal observations | {"W": -122.347461272893, "S": 37.09829937928276, "E": -122.30524081948919, "N": 37.13246079571978, "record_id": "foraging_ecology_of_southern_sea_1"} | Easy |
|
rangewide_genetic_analysis_of_an_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the study area showing locations of individual specimens of Bombus affnis collected from the feld in 2020 and 2021 colored by putative 100-km populations (circles) relative to the density of all US Fish and Wildlife Service B. affnis records from 2015 through 2021 (gray overlay). Background fll colors of states represent the recovery plan CU boundaries (US Fish and Wildlife Service 2021). For visual simplicity, CU 5 and states without records from 2015 to 2021 are not shown. The inset map provides regional context within the United States. | {"W": -98.52914062237912, "S": 35.65773738501184, "E": -73.75848421482779, "N": 49.91408765158008, "record_id": "rangewide_genetic_analysis_of_an_1"} | Easy |
|
diving_patterns_and_foraging_locations_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Study area with plotted locations of seven female northern fur seals equipped with time-depth recorders and their relation to the continental shelf break (the 200-m contour). | {"W": -170.4359346712974, "S": 57.09621503747102, "E": -170.07767573896496, "N": 57.262224373083164, "record_id": "diving_patterns_and_foraging_locations_1"} | Easy |
|
10212153_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fig 1. Study area of Golden Ears Provincial Park (green polygon) and Malcolm Knapp Research Forest (yellow polygon) in southwestern British Columbia, Canada. Red circles represent camera-trap locations, red lines represent recreation trails, black lines represent roads, blue polygons represent lakes, ponds, and rivers, and brown polygons represent agricultural land reserves. The polygon representing the continent of North America was sourced from the US Department of State, Office of the Geographer (https://geodata.lib.utexas.edu/catalog/stanford-cq068zf3261), and those for all Canadian provinces were sourced from the Government of Canada Open Government Database (https:// open.canada.ca/data/en/dataset/a883eb14-0c0e-45c4-b8c4-b54c4a819edb). Polygons representing bodies of water were sourced from the British Columbia Freshwater Atlas (https://catalogue.data.gov.bc.ca/dataset/freshwater-atlaswatersheds), and polygons representing agricultural land reserves were sourced from the British Columbia Provincial Agricultural Land Commission (https://catalogue.data.gov.bc.ca/dataset/alc-agricultural-land-reserve-lines). Polygons representing roads were republished from the British Columbia Digital Road Atlas (https://catalogue.data.gov.bc.ca/ dataset/digital-road-atlas-dra-demographic-partially-attributed-roads) under a CC BY license, with permission from the British Columbia Ministry of Environment, original copyright 2023. Polygons representing recreational trails were provided by the British Columbia Ministry of Environment and Climate Change Strategy (BC Parks) internal database. | {"W": -122.7073525448781, "S": 49.238510321113765, "E": -122.25974451251932, "N": 49.484529907152556, "record_id": "10212153_1"} | Easy |
|
extreme_wildlife_declines_and_concurrent_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of Kenya showing the 21 rangeland counties in which the Directorate of Resource Surveys and Remote Sensing (DRSRS) conducts aerial surveys. Note that Machakos and Makueni Counties are treated as one unit during the surveys. Protected national parks and reserves are shaded green. | {"W": 33.9096886665, "S": -4.8995202866, "E": 41.9067501649, "N": 4.6200002133, "record_id": "extreme_wildlife_declines_and_concurrent_1"} | Easy |
|
S0048969724009641_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fig. 1. The southeast portion of Sibbald Fen, showing the three dams in this study and their ponds numbered from upstream to downstream. Each camera trap is represented with a square, pink for cameras oriented to capture the dam’s key hydrological features (D), and yellow for cameras oriented to capture the pond’s wildlife interactions (P). Water level sensors are represented with circles, red for ones located on the stream, and orange for others on the ponds. The watershed boundaries were delineated with a 1.0-m resolution LIDAR imagery collected on June 16, 2022, by members of the Centre for Hydrology of the University of Saskatchewan. The orthophotograph (June 2013) was provided by the Government of Alberta under license agreement DMR#1707M06. The blue arrow indicates the flow direction of the SE stream. The inset map shows the beaver dam sequence (yellow) studied within the Peatland (purple). Both maps include the Canadian province of Alberta and the location of Sibbald within the Canadian Rocky Mountains (green dot). | {"W": -114.86480816169691, "S": 51.05362450537267, "E": -114.861514084974, "N": 51.05693375625883, "record_id": "S0048969724009641_1"} | Hard |
|
status_assessment_of_the_endangered_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| (a) Global distribution of the snow leopard Panthera uncia, and the location of the study area in the Alay region of the Kyrgyz Republic. (b) The sampling grid used in site-occupancy surveys for snow leopard, ibex Capra sibirica, Marco Polo sheep Ovis ammon polii, wolf Canis lupus, brown bear Ursus arctos and lynx Lynx lynx. | {"W": 71.07066102583701, "S": 38.768814100057, "E": 74.40739271463117, "N": 40.497599161469005, "record_id": "status_assessment_of_the_endangered_1"} | Easy |
|
591038_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fig. 1. Map of the study area (Poland, central Europe) showing the positions of pairs (N = 40) of Eurasian beaver Castor fiber sites and reference sites (A) and the study scheme (B); the photograph (C) shows a typical research site with the transects where birds were counted. | {"W": 20.634482994484973, "S": 48.96001233836874, "E": 24.3637256066234, "N": 53.1767918194747, "record_id": "591038_1"} | Easy |
|
diurnal_human_activity_and_introduced_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the study area characterized by a human-dominated land-use mosaic surrounding the Nabuelbuta National Park. | {"W": -73.15267438916966, "S": -37.881627780582036, "E": -72.74351997617, "N": -37.523657648365045, "record_id": "diurnal_human_activity_and_introduced_1"} | Hard |
|
fecal_genotyping_to_estimate_small_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| The main study area for giant kangaroo rats (2020�2011) consisted of two grids in the longterm Carrizo Plains Ecosystem Project, located in the Carrizo Plain National Monument, San Luis Obispo County, California. Both plots were sampled in an 11 x 11-point grid (10 m spacing), with live trapping occurring on every other point in a checkerboard pattern (larger circles), and fecal pellet collection occurring at every point (larger and smaller circles). | {"W": -120.00828044646002, "S": 34.872907224733794, "E": -119.40305492732712, "N": 35.35442258830426, "record_id": "fecal_genotyping_to_estimate_small_1"} | Easy |
|
chewing_lice_of_swan_geese_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Location of study sites in northeastern Mongolia where wild swan geese were sampled for parasitic lice in 2014. | {"W": 114.30666635401865, "S": 49.344310743659676, "E": 116.00390880837031, "N": 50.100696834767355, "record_id": "chewing_lice_of_swan_geese_1"} | Easy |
|
evening_bats_captured_in_a_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Roost trees occupied by evening bats Nycticeius humeralis (n _ 11) during summers of 2018 and 2019 in Lake Jackson, Texas, USA. White dots represent roost locations. Blue polygon represents 0.81-km2 boundary in which all roosts were located within a 5,496-ha city. The green polygon represents the area within San Bernard National Wildlife Refuge where all transmittered evening bats were captured (named ��Dow Woods��). White star denotes capture location of all bats tracked to roosts. Inset in top-right corner shows study site location. | {"W": -95.48263243246106, "S": 29.024827476308776, "E": -95.37060110875305, "N": 29.0927052783201, "record_id": "evening_bats_captured_in_a_1"} | Easy |
|
environment_affects_sucker_catch_rate_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Electrofishing transect locations (bold lines) for boat-mounted electrofishing sampling that we conducted on Lake Eucha, Oklahoma. Inset maps indicate 1) the location of Oklahoma (gray fill) within the contiguous United States and 2) the location of Lake Eucha (black fill) within the state of Oklahoma. We conducted electrofishing sampling on Lake Eucha, Oklahoma, from 2019 to 2020 as part of a study to provide sampling recommendations for reservoir sucker populations (Moxostoma duquesnei, M. erythrurum, Hypentelium nigricans, Catostomus commersonii, and Minytrema melanops) using boat-mounted electrofishing based on catch rate, size distribution, proportion of suckers captured, and precision of catch rates. | {"W": -94.93727967166063, "S": 36.32838576340967, "E": -94.79458292781874, "N": 36.377309298985104, "record_id": "environment_affects_sucker_catch_rate_1"} | Easy |
|
tricolored_blackbird_survey_methods_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Tricolored blackbird breeding and year-round range in California. (Map created by AECOM) The species� geographic range generally occurs in regions with extensive open grasslands and agricultural lands. Most colonies occur at lower elevations (e.g., primarily below 200 m elevation in the Central Valley and adjacent foothills), but where suitable conditions exist, nesting can occur at elevations up to 1,200 m in the foothills of the Sierra Nevada. Transverse Ranges, and Coast Range (Airola et al 2023a; Beedy et al. 2023). | {"W": -125.00759565508687, "S": 32.198663074013595, "E": -114.38979838805271, "N": 42.48093361803241, "record_id": "tricolored_blackbird_survey_methods_1"} | Easy |
|
564487_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 1: The prediction of species occurrence from IS occurrence. In Step 1, we identified spatial clusters based on the climate variables (based on the following four variables: precipitation, mean, minimum and maximum temperature). In Step 2, we built the co-occurrence networks based on Veech’s probabilistic model (Veech, 2013). In step 3, we identified the IS for each climate region based on network-based metrics. In step 4, we calibrated the SDMs of the IS for each climate group. In step 5, we estimated the occurrence probability of the non-IS in the pool based on the conditional occurrence to the corresponding IS and the occurrence of the IS (Eq. 2). We estimated the accuracy of our approach in the last step through dissimilarity analysis between the observed occurrences and the estimated ones (step 5). | {"W": -71.5, "S": 48.7, "E": -65.0, "N": 53.1, "record_id": "564487_1"} | Easy |
|
587419_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 1. Elevation of the study area and location of the study sites. The colour and numbering of sites refer to the study designs listed in the main text. Light blue areas represent water bodies. | {"W": 20.54360125310821, "S": 68.86982293280228, "E": 21.216249787923584, "N": 69.12354268612513, "record_id": "587419_1"} | Easy |
|
macrohabitat_suitability_model_for_the_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Study area and known geographic range of the Trinity bristle snail in the Greater Trinity Basin of northern California. | {"W": -124.03769775123193, "S": 40.12988700895469, "E": -121.89635518780081, "N": 41.38991903597367, "record_id": "macrohabitat_suitability_model_for_the_1"} | Easy |
|
592526_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 1 Bivariate maps of the potential risk area (A) between the habitat suitability (blue) and cattle density (yellow) reveal the interface areas between three wild bovid species and domestic cattle populations in Thailand. High-risk areas are represented in dark red, while low-risk areas are represented in grey.The potential high risk areas for disease transmission between three wild bovid species and cattle populations in Thailand (B). High-risk areas are represented in dark red, extracted from the interface areas in (A). | {"W": 97.343807146, "S": 5.6128510107, "E": 105.6368118525, "N": 20.464833874, "record_id": "592526_1"} | Easy |
|
inventory_of_eelgrass_zostera_marina_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Locations of the six embayments and two offshore islands surveyed to assess the abundance and distribution of eelgrass (Zostera marina), seaweeds and five sessile invertebrates, at the end of the Alaska Peninsula, Alaska, 2012. | {"W": -163.65422785435416, "S": 54.23465714760606, "E": -162.16157118274984, "N": 55.329662073216966, "record_id": "inventory_of_eelgrass_zostera_marina_1"} | Easy |
|
microhabitat_characteristics_and_management_of_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the known geographic distribution of the Trinity bristle snail showing topographic relief, major river systems, distribution of national forests, referenced to major towns within the Greater Trinity Basin of Trinity and eastern Humboldt counties. | {"W": -123.88926430264296, "S": 40.10410585880422, "E": -121.62698158187912, "N": 41.420565587347625, "record_id": "microhabitat_characteristics_and_management_of_1"} | Easy |
|
high_similarity_in_winter_diet_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Sites in southern New England and southeastern New York where we collected pellets between November and March of 2011 to 2013 for analysis of New England cottontail Sylvilagus transitionalis and eastern cottontail Sylvilagus floridanus diets. We divided sites into three regions with varying plant communities: a coastal, lowland region (southeast [SE]); an inland, higherelevation region (northwest [NW]); and a region with intermediate elevation and distance to the ocean (southwest [SW]). We found and collected only New England cottontail pellets from sites CT-2 and CT-3. | {"W": -73.99140582037768, "S": 40.37367183812763, "E": -70.2350506695775, "N": 42.64642453441009, "record_id": "high_similarity_in_winter_diet_1"} | Easy |
|
trace_elements_in_blood_of_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of southwestern Alaska showing locations of 2001 study at Dutch Harbor and Izembek Lagoon. | {"W": -177.79153319109182, "S": 51.188884883058655, "E": -145.62848431763555, "N": 63.5102111572014, "record_id": "trace_elements_in_blood_of_1"} | Medium |
|
roseate_tern_breeding_dispersal_and_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Location of study colonies (filled circles) and other colony sites (open circles) used by Roseate Terns 1988�2013 in the MA-NY-CT area of the northeastern United States. | {"W": -74.07260800619582, "S": 40.25782770702688, "E": -69.40991556635274, "N": 43.02404282412036, "record_id": "roseate_tern_breeding_dispersal_and_1"} | Easy |
|
use_of_aerial_distance_sampling_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Survey area for tule elk in the Interior Coast Range of north-central California in Colusa and Lake counties. The Lake Pillsbury (LPB), East Park Reservoir (EPR), and Bear Valley/Cache Creek (BV/CC) Elk Management Units (EMUs) contain both helicopter survey (MCDS) transects spaced at 800 m intervals, flown in 2018 and 2019 to gather observation data for abundance estimation following linetransect distance sampling methodology as well as fecal DNA spatial capture-recapture (SCR) transects sampled in Jun�Aug 2017�2019 (Batter et al. 2022). Blue polygons signify major water bodies. The climate is Mediterranean and characterized by hot, dry summers and mild, wet winters (Kauffman 2003). Average annual precipitation is ~76 cm, mostly occurring as rain from October through May. The landscape is rugged, with rolling foothills and grassy flats interspersed through broken peaks and ridges descending into narrow valleys; elevations range from 30�2,094 m. The dominant habitat types include blue oak (Quercus douglasii) woodland, annual grassland, chamise (Adenostoma fasciculatum) chaparral, chamise and redshank (A. sparsifolium) chaparral, montane hardwood conifer, blue oak�foothill pine (Pinus sabiniana) and agricultural lands (CDFW 2018). The landscape is made up of a mosaic of these habitat types, with private property predominantly made up of oak and open grassland in larger valleys and favorable upper slopes which grade into mixed grasslands and oak woodlands; public-administered lands are primarily composed of chaparral communities along dry, steep slopes, with smaller patches of oak woodland and mixed hardwood occurring intermittently. The primary private land uses are cattle ranching and crop production with public lands reserved for outdoor recreation including hunting, fishing, hiking, horseback riding, and wildlife viewing. | {"W": -123.10692765443824, "S": 38.88677595013857, "E": -121.92779926426866, "N": 39.60973958598377, "record_id": "use_of_aerial_distance_sampling_1"} | Easy |
|
the_biodiversity_of_the_mediterranean_5 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Spatial predicted patterns of species richness in the Mediterranean Sea based on the AquaMaps model [80, and File S2]. (A) All species (n = 693), (B) ray-finned fishes (n = 397), (C) elasmobranchs (n = 74), (D) invertebrates (n = 193), (E) marine mammals (n = 16), (F) sea turtles (n = 5). All maps were generated without imposing a probability threshold except for marine mammals, for which we used a probability threshold of $0.4. Colors express species occurrence from blue (little or no occurrence) to red (highest occurrence). The size of the cell is 0.560.5 degree. | {"W": -10.0, "S": 25.0, "E": 45.0, "N": 50.0, "record_id": "the_biodiversity_of_the_mediterranean_5"} | Easy |
|
s41598022209644_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 1. Location of the 22 study sites (white points) within Berlin. Developed areas are grey; forests, parks and other open spaces are green, waterbodies are blue. The map was created using ArcGIS ver. 10.3 (ESRI). | {"W": 13.0883448198, "S": 52.3382710278, "E": 13.761160858, "N": 52.6755087668, "record_id": "s41598022209644_1"} | Easy |
|
first_record_of_paronatrema_vaginicola_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fishing area of the commercial fishing fleet Damasta for blue shark Prionace glauca in the western coast of Baja California Sur, M�xico from November 2013 to March 2014. * indicate shark catching | {"W": -116.13753162118394, "S": 22.167589802878826, "E": -108.68860215493295, "N": 29.089129968455065, "record_id": "first_record_of_paronatrema_vaginicola_1"} | Easy |
|
seacliff_bedstraw_galium_buxifolium_patterns_4 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Sea-cliff bedstraw (Galium buxifolium) distribution on Santa Cruz Island, California (adapted from McEachern and others, 2010a, appendix A, fig. A�4). Place names are according to Junak and others, 1995. | {"W": -119.94256100381631, "S": 33.87245060888166, "E": -119.50889233823384, "N": 34.144091264766764, "record_id": "seacliff_bedstraw_galium_buxifolium_patterns_4"} | Medium |
|
ece310733_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| FIGURE 1 Map of camera trap deployments in Cathedral Provincial Park. The outer green polygon is the park boundary, while the inner is the park core area boundary where recreation is highest. Solid black lines are roads, and dashed lines are trails. Orange pentagons represent off-trail camera traps, and purple pentagons represent on-trail camera traps. | {"W": -120.3376967285, "S": 48.9813192346, "E": -119.9500036808, "N": 49.1755550799, "record_id": "ece310733_1"} | Easy |
|
revealing_biases_in_insect_observations_5 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Representation of the log-transformed number of observations per grid cell at 0.25 degrees of resolution for (left) academic records and (right) citizen science records. | {"W": -10.0, "S": 35.0, "E": 5.0, "N": 45.0, "record_id": "revealing_biases_in_insect_observations_5"} | Easy |
|
four_centuries_of_change_in_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| The nine-state study region in the northeastern United States. Colors correspond to U.S. Forest Service designated ecoregions. The inner polygons correspond to the 1280 colonial town where pre-colonial forest data were collected. Of these, 701 contained an adequate sample of witness trees and modern forest data to permit comparative analyses. Town with insufficient data are grayed-out in the map. Inset: The location of the study area within the conterminous United States. doi:10.1371/journal.pone.0072540.g001 | {"W": -80.5232290523, "S": 38.9085467828, "E": -66.9208673732, "N": 47.4854362957, "record_id": "four_centuries_of_change_in_1"} | Easy |
|
fish_predation_by_semiaquatic_spiders_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Geographic distribution of fish predation by spiders worldwide. Map depicts locations were spiders were observed predating fish (red dots). Large red dots indicate that several reports originated from same geographic region. Numbers refer to detailed report description (see File S1). GPS coordinates were unavailable for reports #18, 43�45, and 70�71; report # 89 not included. doi:10.1371/journal.pone.0099459.g001 | {"W": -180.0, "S": -60.0, "E": 180.0, "N": 85.0, "record_id": "fish_predation_by_semiaquatic_spiders_1"} | Easy |
|
556058_2 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 2. Map of the study site showing A.) the geographical location of EFForTS-BEE; B.) tree island spatial distribution, sizes, and planted diversity; C.) exemplary layout of the evaluated spatial extents (max = 700 m) around two tree islands. | {"W": 103.24108508613146, "S": -1.9557514663429258, "E": 103.25988354156503, "N": -1.9407484278354508, "record_id": "556058_2"} | Hard |
|
ceratonova_shasta_infection_in_lower_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of study site on the lower Feather River (below Oroville Dam) and associated tributaries in northern California, USA. | {"W": -121.68556507798752, "S": 38.97561227893486, "E": -121.27740455928878, "N": 39.739919050792736, "record_id": "ceratonova_shasta_infection_in_lower_1"} | Medium |
|
bat_predation_by_spiders_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Geographic distribution of bat catching spiders worldwide. The map depicts the locations were spiders were observed catching bats (red dots). Large red dots indicate that several reports originated from the same geographic region. Numbers refer to the detailed report description (see File S1). doi:10.1371/journal.pone.0058120.g001 | {"W": -180.0, "S": -60.0, "E": 180.0, "N": 85.0, "record_id": "bat_predation_by_spiders_1"} | Easy |
|
density_of_axis_deer_in_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Spotlight survey routes used for distance sampling of axis deer Axis axis and white-tailed deer Odocoileus virginianus in Kimble County, Texas, 2018�2019 in the Edwards Plateau ecoregion (EPE) and reported county-level distribution of free-range axis deer in Texas. | {"W": -100.12995017015787, "S": 30.278301366061385, "E": -99.23921374591085, "N": 30.804203393241213, "record_id": "density_of_axis_deer_in_1"} | Medium |
|
impacts_of_the_czu_lightning_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| National Land Cover Dataset from 2019 (Dewitz and USGS 2021) for pre-CZU vegetation cover in Big Basin Redwoods State Park. | {"W": -122.32320129260509, "S": 37.09031527651047, "E": -122.15467564093963, "N": 37.22119865225194, "record_id": "impacts_of_the_czu_lightning_1"} | Hard |
|
breeding_population_size_of_the_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Locations of Pink-footed Shearwater Ardenna creatopus breeding colonies in Chile. | {"W": -100.82873135032538, "S": -52.779011633929294, "E": -44.79515983855622, "N": 4.297341896572132, "record_id": "breeding_population_size_of_the_1"} | Easy |
|
an_overview_of_marine_biodiversity_8 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Bathymetric map of the Hawaiian Archipelago. Figure courtesy of [Rooney J, Wessel P, Hoeke R, Weiss J, Baker J, et al (2008) Geology and geomorphology of coral reefs in the northwestern Hawaiian Islands. In: Riegl BM, Dodge RE (eds). Coral Reefs of the USA. Springer, pp. 515-567]. doi:10.1371/journal.pone.0011914.g008 | {"W": -178.61307064245594, "S": 15.072973836979392, "E": -154.14939386170536, "N": 32.00382791595989, "record_id": "an_overview_of_marine_biodiversity_8"} | Easy |
|
260729_2 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fig. 2. Map showing the locations of camera traps and live traps at the Secunda Synfuels Operations plant in South Africa. The size of points representing camera traps and live traps diameter is proportional to the number of individual serval captured. Major habitat types are also shown, along with satellite images illustrating the human-modified landscapes. Wetland and Grass & wetland habitat types are difficult to visualise at this scale as they occur in very close proximity to rivers. | {"W": 29.08, "S": -26.63, "E": 29.27, "N": -26.49, "record_id": "260729_2"} | Easy |
|
time_series_modeling_of_rainfall_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of Lake Earl Wildlife Area, Lake Tolowa, the breach site and surrounding areas associated with the lagoon system in proximity to the Pacific Ocean. | {"W": -124.2705285505115, "S": 41.74412676899663, "E": -124.12496192802249, "N": 41.90357332435537, "record_id": "time_series_modeling_of_rainfall_1"} | Medium |
|
occurrence_of_batrachochytrium_dendrobatidis_in_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Survey localities in the Mediterranean region of Baja California, M�xico, and whether the amphibians sampled there tested positive or negative for Batrachochytrium dendrobatidis (inset: M�xico). Numbers are site IDs (see Table 1) | {"W": -117.21022480816704, "S": 29.50379464981405, "E": -114.84482797354464, "N": 32.70764496377302, "record_id": "occurrence_of_batrachochytrium_dendrobatidis_in_1"} | Easy |
|
availability_of_supplemental_corn_for_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| The study area was the Middle Rio Grande Valley of central New Mexico, which overwinters large populations of migratory birds, including most of the Rocky Mountain Population of greater sandhill cranes, on federal (Bosque del Apache National Wildlife Refuge) and state (Ladd S. Gordon Waterfowl Complex) properties from 2014 to 2017. | {"W": -106.99967857111454, "S": 33.67990294808682, "E": -106.6565686350835, "N": 34.609894788539584, "record_id": "availability_of_supplemental_corn_for_1"} | Medium |
|
the_importance_of_subarctic_intertidal_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| The central Yukon-Kuskokwim River Delta showing the four major bays, the Tutakoke River study area, and the 12 areas censused during aerial surveys. The shading depicts the approximate distribution of intertidal habitats exposed at mean lower low water (MLLW). | {"W": -166.66068368265707, "S": 60.78936853828751, "E": -164.7057977049009, "N": 61.835020900427544, "record_id": "the_importance_of_subarctic_intertidal_1"} | Easy |
|
trends_in_amphibian_occupancy_in_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Characteristics of monitoring data. (A) Location of monitoring areas. (B) Distribution of species among IUCN categories. (C) Number of years monitored in each time series. (D) Mean annual estimates of probability of site occupancy and number of occupancy estimates (N). doi:10.1371/journal.pone.0064347.g001 | {"W": -125.4267786071, "S": 21.6366918446, "E": -65.4266641662, "N": 52.1482411842, "record_id": "trends_in_amphibian_occupancy_in_1"} | Easy |
|
movement_patterns_of_two_bat_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Two cave hibernacula in northeastern Tennessee, USA, where we captured two bat species, gray bat Myotis grisescens and eastern small-footed bat Myotis leibii, and tagged them with very-high-frequency radio transmitters. We used radio transmitters to track bat movements across the landscape during hibernation (November 1March 31, 20162019). | {"W": -85.333076695879, "S": 34.5089085186325, "E": -81.55498634521008, "N": 37.20952634579364, "record_id": "movement_patterns_of_two_bat_1"} | Easy |
|
a_preliminary_investigation_of_the_3 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Model-averaged posterior mean probability of occurrence of giant gartersnakes (Thamnophis gigas) in the rice-growing regions of the Sacramento Valley, California, 2011�2013, using informative priors. | {"W": -122.73068469332337, "S": 38.028085975977945, "E": -120.79945116825914, "N": 39.96159979266858, "record_id": "a_preliminary_investigation_of_the_3"} | Medium |
|
distribution_morphology_and_karyotype_of_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Perognathus inornatus capture locations, locations from which specimens were collected for cytogenetic analysis, and museum specimens from the Mojave Desert, California, USA. | {"W": -119.07196414659242, "S": 34.285175194778745, "E": -116.84487606638767, "N": 35.62320026153306, "record_id": "distribution_morphology_and_karyotype_of_1"} | Easy |
|
habitat_use_and_reproductive_success_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Nest locations and major water bodies within Sacramento River and central Sierra Nevada foothills study area. | {"W": -121.88294344632415, "S": 37.74711621548588, "E": -120.38696029966746, "N": 38.95976922073031, "record_id": "habitat_use_and_reproductive_success_1"} | Easy |
|
578304_2 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fig. 2: Study area. | {"W": 139.81883820695876, "S": 35.69640901998574, "E": 143.16724304570906, "N": 42.30665838203104, "record_id": "578304_2"} | Easy |
|
global_conservation_priorities_for_marine_4 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Conservation status assessments of marine turtle RMUs in regions recognized by the IUCN Marine Turtle Specialist Group (MTSG). (A) number of RMUs that occur within MTSG regions; (B) most prevalent conservation priority portfolio category (see Methods and Fig. 1 for descriptions) for RMUs that occur within each region. doi:10.1371/journal.pone.0024510.g004 | {"W": -180, "S": -80, "E": 180, "N": 65, "record_id": "global_conservation_priorities_for_marine_4"} | Easy |
|
occurrence_of_a_reproducing_wild_3 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of peninsular Florida showing location of MC Channa pond (red star), Manatee County, where Channa aurolineata was documented in 2020. Also shown is the southeast Florida location where the species was discovered in 2000 and its approximate expanded, distribution as of 2021 (source: U.S. Geological Survey, nas.er.usgs.gov). | {"W": -83.32767884070795, "S": 24.87714836531099, "E": -79.50668275028437, "N": 29.131170915320325, "record_id": "occurrence_of_a_reproducing_wild_3"} | Easy |
|
distribution_and_abundance_of_least_3 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Least Bell�s Vireo (Vireo bellii pusillus), Willow Flycatcher (Empidonax traillii), and Coastal California Gnatcatcher (Polioptila californica californica) locations at the Santa Fe Dam, Los Angeles County, California, 2022. | {"W": -117.985416966594, "S": 34.09385226759375, "E": -117.89276179129045, "N": 34.18334853949866, "record_id": "distribution_and_abundance_of_least_3"} | Easy |
|
validating_a_nonlethal_method_of_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of Hagelstein Pond located adjacent to Upper Klamath Lake in Southern Oregon, USA. Fixed sampling locations (triangles) and placement of the antennas (circles) at the outflow channel of Hagelstein Pond are shown. Lost River Deltistes luxatus and Shortnose suckers Chasmistes brevirostris were collected from the sampling locations from 2014 through 2021 for age analysis. | {"W": -121.81657203758935, "S": 42.381673172741095, "E": -121.81101164771063, "N": 42.38582817881056, "record_id": "validating_a_nonlethal_method_of_1"} | Medium |
|
patterns_of_florida_bonneted_bat_2 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of Avon Park Air Force Range (APAFR) location in Florida and the land cover types and autonomous recording unit locations on APAFR, 2018�2020. | {"W": -81.44516303341726, "S": 27.540982877821467, "E": -81.14191252304035, "N": 27.74775370116579, "record_id": "patterns_of_florida_bonneted_bat_2"} | Medium |
|
sea_level_rise_vulnerability_assessment_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the location of California Department of Fish and Wildlife (CDFW) wildlife areas surrounding the margin of Humboldt Bay. | {"W": -124.30274376118247, "S": 40.67386488201645, "E": -123.93596772529779, "N": 40.92154115764529, "record_id": "sea_level_rise_vulnerability_assessment_1"} | Medium |
|
s4159802334533_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 1. Golan Heights maps with: (A) land use details and camera locations; (B) locations of jackals displaying domestication features shown in Fig. 2. Blue circles: camera trap locations. ’2a’ refers to the subject presented in Fig. 2A, captured by Camera 7, Yehudiya Forest Nature Reserve: 32.9275,35.6938; ’2b’ refers to the subject presented in Fig. 2B, captured by Camera 3, Keshet area: 32.9545,35.8246; ’2c’ refers to the subject presented in Fig. 2C, captured by Camera 25, Minefeld Ein Zivan area: 33.0891,35.8357; ’2d’ refers to the subject presented in Fig. 2D, captured by Camera 21, Minefeld Keshet area: 32.9712,35.8561. The yellow diamond indicates the culling location of Jackie presented in Fig. 2E and Fig. 2E’, Natur village limits: 32.846225,35.745761. The maps were created using QGIS (version 3.10, https://download.qgis.org). Satellite imagery was provided by Google Satellite (https://qms.nextgis.com/geoservices/678/) and incorporated into QGIS using the QuickMapServices plugin (https://plugins.qgis.org/plugins/quick_map_services/). | {"W": 35.57145232994841, "S": 32.64369942058435, "E": 35.934881882766014, "N": 33.35567262191333, "record_id": "s4159802334533_1"} | Easy |
|
sampling_duration_and_season_recommendations_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of permanent acoustic sampling sites at Fort Indiantown Gap National Guard Training Center in Annville, Pennsylvania, where we surveyed bats from April to October 2018 to 2021. | {"W": -76.74396032626086, "S": 40.3645336153385, "E": -76.51824110546993, "N": 40.50029227711856, "record_id": "sampling_duration_and_season_recommendations_1"} | Medium |
|
testing_a_singlevisit_sampling_approach_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Sampling grid (grey) superimposed over the Lake Pillsbury Basin (black dashed polygon) in Lake County, California, USA, showing 57 transects in randomly selected plots sampled during a singlevisit survey (14 Oct 2019). | {"W": -122.97593426468984, "S": 39.39439771995746, "E": -122.91447103033114, "N": 39.46828620119979, "record_id": "testing_a_singlevisit_sampling_approach_1"} | Easy |
|
monitoring_fiveneedle_pine_on_bureau_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of Wyoming Bureau of Land Management (BLM) five-needle pine study sites. Map also shows additional National Park Service (NPS) and US Forest Service (USFS) whitebark pine monitoring sites in the region. | {"W": -112.49008239208678, "S": 41.83818833382279, "E": -108.12982322929892, "N": 45.827836386007434, "record_id": "monitoring_fiveneedle_pine_on_bureau_1"} | Medium |
|
spatial_variation_in_density_of_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Study area within the northern range (gray, on inset map) of Yellowstone National Park (YNP) with the 5 _ 5_km sampling grid, Wyoming and Montana, USA, 2017�2018. We collected hair samples from black bears using hair snares (white circles) in both years and rub objects (primarily rub trees and some utility poles; black triangles) in 2018. Forested areas (depicted in green) comprised 62% of our study area compared with non_forested areas (in orange, 38% of the area). Few paved roads run through the park, including within the defined study area. | {"W": -110.79293031070821, "S": 44.78558473565297, "E": -110.196980300264, "N": 45.079980828589356, "record_id": "spatial_variation_in_density_of_1"} | Medium |
|
western_purple_martin_progne_subis_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map showing location and status of Siuslaw National Forest sites surveyed for purple martin (Progne subis arboricola) breeding status, defined according to criteria in table 1. Blue represents unoccupied sites where no purple martins were observed; yellow represents one site classified as present, where purple martins were observed but not associated with a nest structure; and red represents sites classified as occupied, where evidence of nesting was observed. | {"W": -125.0286491834111, "S": 43.391101482053394, "E": -122.91015612705313, "N": 45.436472337038204, "record_id": "western_purple_martin_progne_subis_1"} | Medium |
|
striped_bass_movement_in_a_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of Great Pee Dee River in South Carolina displaying the location of hydroacoustic receivers used between May 18, 2013 and June 22, 2019 and location of estimated spawning activity centers and resting activity centers. Shaded circles are locations of hydroacoustic receivers. Large dashed, solid, and small dashed outlines are spawning and resting activity centers for Striped Bass Morone saxatilis nos. 26137, 18411, and 28410. | {"W": -82.48016944018437, "S": 32.04028689136898, "E": -75.86924904262253, "N": 36.01922492924578, "record_id": "striped_bass_movement_in_a_1"} | Medium |
|
rescuing_and_monitoring_white_sturgeon_2 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| USFWS and CDFW acoustic receiver locations within the SFE and SJR basin, rescue site on the Tuolumne River (rkm 9.6), relocation site at Mossdale Crossing near Lathrop, CA (SJR rkm 90.1), and Tuolumne River flow gauging station in Modesto, CA (rkm 27; USGS 11290000). Three White Sturgeon were captured, tagged, and relocated to the SJR. Two sturgeon were captured on 22 June and one on 24 June 2021. After the relocation, CDFW monitored the same pool in the Tuolumne River throughout the summer by using an Adaptive Resolution Imaging Sonar (ARIS, Explorer 1800) for the presence of any remaining sturgeon. The ARIS captured images of one sturgeon on 8 August 2021 and another image of two sturgeon three weeks later (Fig. 3). We did not attempt to capture either sturgeon due to increased handling stress related to summer air temperatures and shallow depths at the relocation site. CDFW continued to confirm the presence of these fish until September, when Water Hyacinth (Eichhornia crassipes) covered the pool and prevented CDFW from monitoring with a boat and ARIS. CDFW was able to resume monitoring in December after precipitation increased flows, moving the large patch of vegetation downstream; however, no sturgeon were detected with the ARIS. | {"W": -122.16225736830195, "S": 37.25907183906595, "E": -120.55196249783668, "N": 38.218261288534414, "record_id": "rescuing_and_monitoring_white_sturgeon_2"} | Easy |
|
leveraging_angler_effort_to_inform_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the Sacramento and San Joaquin rivers as they enter the San Francisco Bay�Delta Estuary, California. We illustrate the number of White Sturgeon Acipenser transmontanus harvested and reported by anglers from August 2015 to July 2016 by color for each harvest region; regions with no reported harvest are shown in gray. We depict areas closed to White Sturgeon fishing seasonally with white stripes and areas closed year-round with red and white stripes. | {"W": -122.59523689026685, "S": 37.29885492795392, "E": -121.25851119152875, "N": 38.49056306667443, "record_id": "leveraging_angler_effort_to_inform_1"} | Medium |
|
583537_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Fig. 1. a) Map of the Galápagos islands, with sampling sites marked (dots) and depth indicated by blue colour gradient. b) ASV richness across the sampling sites grouped by the four main bioregions and averaged over field replicates, with the mean value indicated by a solid horizontal line. c) Non-metric multidimensional scaling based on Jaccard dissimilarity of community composition among sampling sites. Each point represents a single field replicate, with the three replicates per site joined by a grey convex hull. In all plots, point colour indicates bioregions from (25) as indicated in b). | {"W": -91.99991137329698, "S": -1.5464247031768532, "E": -89.00266863728123, "N": 0.6741013099874413, "record_id": "583537_1"} | Easy |
|
natal_contributions_of_kokanee_salmon_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Flaming Gorge Reservoir, Wyoming�Utah, with major tributaries and regions of the reservoir based on bathymetric, limnological, and biological characteristics. Regions are separated by dashed lines. Black squares represent city centers for reference. Black circles indicate locations where we collected water samples in 2020. | {"W": -109.80263324254133, "S": 40.87562117382152, "E": -109.22738201150042, "N": 41.61884342464717, "record_id": "natal_contributions_of_kokanee_salmon_1"} | Medium |
|
evaluating_spatial_coverage_of_the_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| The location of the Wyoming Basins ecoregional area in the western continental United States. Sagebrush habitats include all sagebrush land cover types [61] mapped as sagebrush (see [55]). | {"W": -116.10331269268079, "S": 38.29823407311619, "E": -101.67613298375703, "N": 47.595061973285866, "record_id": "evaluating_spatial_coverage_of_the_1"} | Easy |
|
conservation_genetics_of_the_endangered_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Sampling locations of the California Freshwater Shrimp (Syncaris pacifica), in northern California. Circles represent sampling sites, and the watersheds are highlighted with colors. Samples were collected hierarchically based on watershed, followed by tributary streams within watershed and within stream sites separated with direct flow. Map sources include NHD Waterbodies and Flowlines (USGS 2019), and the ESRI Community baseman layer (ArcGIS, OSM) | {"W": -123.21233409496283, "S": 37.83965428528984, "E": -122.25138973693831, "N": 38.71582228366394, "record_id": "conservation_genetics_of_the_endangered_1"} | Easy |
|
onceiconic_pismo_clams_persist_in_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Maps of Pismo clam (Tivela stultorum) bed densities at (A) 27 survey sites throughout southern California and (B) 11 sites in Orange and Los Angeles Counties between 2017�2022. Los Angeles County (LAC), Orange County (OC), and San Diego County (SDC) are indicated and county lines are denoted with gray lines. Site names are provided. Mean bed densities for survey sites ranged from 0 to 20.3 clams/m2 . Data point size and color are formatted on a continuous scale according to bed density, with examples of size and color for specific increments provided in the legend. | {"W": -118.44727401919012, "S": 33.31492326311203, "E": -117.41921971271786, "N": 33.83140329799739, "record_id": "onceiconic_pismo_clams_persist_in_1"} | Medium |
|
comparison_of_endoparasite_abundance_and_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Location of fecal pellet sampling (n = 20) and individual observation of Roosevelt elk in Gold Bluffs Beach State Park (Humboldt County), CA, USA, from January to February 2020. Home range derived from two collared cow Roosevelt elk, Humboldt County, CA, USA. The home range was derived using kernel utilization distribution at 99% (low use), 95% (medium use), and 50% (high use). | {"W": -124.1200392889543, "S": 41.308213923360135, "E": -123.96251483876895, "N": 41.482835912701184, "record_id": "comparison_of_endoparasite_abundance_and_1"} | Easy |
|
population_density_and_habitat_selection_2 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Study area and sampling sites for Oncorhynchus mykiss nelsoni in the Sierra San Pedro M�rtir, Baja California, Mexico. (1) San Rafael Creek at Mike�s Sky Ranch, (2) San Antonio de Murillos Creek at San Antonio Ranch, and (3) La Grulla Creek at La Grulla Meadow. PNSSPM= Parque Nacional Sierra San Pedro M�rtir. | {"W": -116.35265294143926, "S": 30.673728904313503, "E": -115.29271109444373, "N": 31.4592654126924, "record_id": "population_density_and_habitat_selection_2"} | Medium |
|
563682_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Figure 1: Map of the sampled water bodies across three climatic zones of Israel. Sampling locations within the three climatic zones, Mediterranean mountain (black), Mediterranean coast (blue), and Arid (orange). | {"W": 33.39749434809665, "S": 29.346792363552137, "E": 36.404628974330286, "N": 33.45702292873302, "record_id": "563682_1"} | Easy |
|
a_decade_of_submersible_observations_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Map of the DeepSee submersible dive sites in Isla del Coco National Park, Costa Rica. From 2009 to 2019, the DeepSee regularly conducted dives at Everest, Piedra 165 and Te Wall, but during this period it also surveyed additional sites. Dive sites were plotted using base layers from the Costa Rican Geographic Information System (GIS) Atlas open-access project (http://hdl.handle.net/2238/6749) in ArcMap 10.4 (ESRI, Redlands, California). | {"W": -87.12050205054466, "S": 5.483032048360534, "E": -86.96136869597073, "N": 5.590934407988811, "record_id": "a_decade_of_submersible_observations_1"} | Easy |
|
review_of_considerations_for_restoration_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| The study area (gray shading) illustrates the counties with protected open space lands available to westward expansion of elk, if enabled by crossings over and under of U.S. Highway 101. It is bordered by San Francisco County to the north, and the Salinas River in Monterey County to the south. It also includes the area of aerial survey of the existing elk herds in Santa Clara County east of the freeway in the Diablo Range. Green shading displays topographic relief, with lighter shading indicating lower elevations and darker shading indicating higher elevations. | {"W": -122.57907493440598, "S": 36.53933462320455, "E": -121.12136098497615, "N": 37.830964770199344, "record_id": "review_of_considerations_for_restoration_1"} | Easy |
|
characterization_of_a_developing_recreational_1 | For the following figure and caption, please return the WGS84 latitude and longitude bounding box coordinates of the map in the image.
If there are multiple maps of the same region, please just return only one answer.
If two areas are represented, and one is an inset of the other, return the smaller of the two areas.
If you are not sure, please guess at an answer anyway. I'd rather have an answer than no answer at all.
Make sure to return decimal coordinates in range [-90, 90] for latitude and (-180, 180] for longitude.
Please put your answer in the following JSON format:
{
"W": <west>,
"S": <south>,
"E": <east>,
"N": <north>
}
Please return only the JSON output.
Here is the image and caption.
{{text}}
| Commercial deep-set buoy gear (DSBG) and linked buoy gear (LBG) effort within the Southern California Bight based on set locations from exempted fishery trials targeting swordfish through December, 2020 overlaid with the California (CA) state water line, Channel Islands National Marine Sanctuary (NMS) and popular recreational (Rec) fishery locations (red shaded areas), as determined from stakeholder interviews and web-based catch records (Modified from NOAA Environmental Impact Statement for the Authorization of Deep-set Buoy Gear under Amendment 6 to the Fishery Management Plan for West Coast Highly Migratory Species Fisheries) | {"W": -120.88746039245896, "S": 32.048176914579415, "E": -116.28220916851113, "N": 34.947255125504306, "record_id": "characterization_of_a_developing_recreational_1"} | Easy |
End of preview. Expand
in Data Studio
Curie Dataset
HF version of the dataset:
CURIE: Evaluating LLMs On Multitask Scientific Long Context Understanding and Reasoning.
Also available via GitHub (Apache-2.0 license).
Dataset Structure
CURIE consists of 10 tasks that are mapped to 8 datasets. The datasets are:
| Dataset ID | Task Name | Domain | Description |
|---|---|---|---|
| biogr | Biodiversity Georeferencing | Biodiversity | Determine the latitude, longitude bounding box encompassing the region in the map image. |
| dft | Density Functional Theory Analysis | Condensed Matter Physics | 3 Tasks related to DFT. |
| pdb | Protein Sequence Reconstruction | Protein Sequencing | Reconstruct a protein’s amino acid sequence form the 3D structure. |
| geo | Geospatial Dataset Extraction | Geospatial Analysis | Extract information for all geospatial datasets used along with the spatial and temporal extents. |
| mpve | Materials Property Value Extraction | Materials Science | Identify all instances of materials,their properties, and descriptors |
| qecc | Quantum Error Correction Codes | Quantum Computing | Create a YAML file with the Error Correction Code’s properties. |
| hfd | Hartree-Fock Tasks Derivation | Condensed Matter Physics | Derive the Hartree-Fock mean-field Hamiltonian for a quantum many-body system |
| hfe | Hartree-Fock Tasks Extraction | Condensed Matter Physics | Extract the most general mean-field Hamiltonian. |
Each dataset contains the fields:
id (str): The sample id. prompt (str): The prompt containing the task description for the LLM. text (str): The sample specific information needed to solve the task. gt (str): The groundtruth answer as a json-string. To obtain the structured representation load the string with json5 (see Example). difficulty_level (str): Difficulty level of the task.
Special fields for some datasets:
| Dataset | Additional Fields | Content |
|---|---|---|
| biogr | figure (PIL Image) | Figure containing geographical map |
| dft | prompt_metadata (str), prompt_structure_data (str) | Prompts for the subtasks dft-structure & dft-metadata |
| mpve | prompt_exclude_trivia (str) prompt_bandgap_refractive (str) |
Ablation prompts |
Example Usage
Example: Query gpt-4o for a response on the hfd dataset using a LangChain chat model:
import json5
from datasets import load_dataset
from langchain.chat_models.base import init_chat_model
dataset = load_dataset('nhop/curie','hfd')
llm = init_chat_model('gpt-4o')
for sample in dataset["train"]:
print(sample["prompt"])
prompt = sample["prompt"].replace("{{text}}",sample["text"])
response = llm.invoke(prompt)
print(response.content)
groundtruth = json5.loads(sample["gt"])
print(groundtruth)
break
Citation
@inproceedings{cui2025curie,
title={CURIE: Evaluating LLMs on Multitask Scientific Long-Context Understanding and Reasoning},
author={Cui, Hao and Shamsi, Zahra and Cheon, Gowoon and Ma, Xuejian and Li, Shutong and Tikhanovskaya, Maria and Norgaard, Peter Christian and Mudur, Nayantara and Plomecka, Martyna Beata and Raccuglia, Paul and others},
booktitle={The Thirteenth International Conference on Learning Representations}
year={2025}
}
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