({{, (RefLink[GeoListPlot, paclet:ref/GeoListPlot])[{(Subscript[loc, 1]),(Subscript[loc, 2]),…}] 
generates a map on which the locations (Subscript[loc, i]) are indicated.}, {, (RefLink[GeoListPlot, paclet:ref/GeoListPlot])[{(Subscript[list, 1]),(Subscript[list, 2]),…}] 
generates a map showing several lists of locations.}})

OpenersNotesSection(Spacer1)Details and Options

The (Subscript[loc, i]) can be (RefLink[GeoPosition, paclet:ref/GeoPosition]) objects or (RefLink[Entity, paclet:ref/Entity]) objects representing entities with geographic coordinates, such as countries that extend over regions.

The geometric constructs supported by (RefLink[GeoListPlot, paclet:ref/GeoListPlot]) include (RefLink[Rectangle, paclet:ref/Rectangle]), (RefLink[Polygon, paclet:ref/Polygon]), (RefLink[Disk, paclet:ref/Disk]), (RefLink[GeoDisk, paclet:ref/GeoDisk]).

(RefLink[GeoListPlot, paclet:ref/GeoListPlot]) evaluates to a (RefLink[GeoGraphics, paclet:ref/GeoGraphics]) object.

(RefLink[GeoListPlot, paclet:ref/GeoListPlot]) takes the same options as (RefLink[GeoGraphics, paclet:ref/GeoGraphics]), with the following additions and changes:

The following settings for (RefLink[GeoLabels, paclet:ref/GeoLabels]) can be used:

The arguments supplied to functions in (RefLink[GeoLabels, paclet:ref/GeoLabels]) are (Subscript[graphics, i]), (Subscript[reg, i]), and (RefLink[EntityValue, paclet:ref/EntityValue])[(Subscript[reg, i]),"Position"], where (Subscript[graphics, i]) is the (RefLink[Graphics, paclet:ref/Graphics]) or (RefLink[GeoGraphics, paclet:ref/GeoGraphics]) object that marks (Subscript[reg, i]), by default either a (RefLink[Point, paclet:ref/Point]) or a (RefLink[Polygon, paclet:ref/Polygon]).

OpenersPrimaryExamplesSection(Spacer1)Examples  (25)

OpenersExampleSection0(Spacer1)Basic Examples  (3)

Show two nearby cities:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant}]

Highlight some countries of Southeast Asia:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant,LinguisticAssistant}]

Display the countries that participated in the Korean War:

GeoListPlot[{DeleteCases[EntityValue[LinguisticAssistant,"CountriesInvolved"],Entity["HistoricalCountry",__]]},GeoBackground->"ReliefMap",GeoRange->"World"
]

OpenersExampleSection1(Spacer1)Scope  (5)

Display multiple lists of locations:

GeoListPlot[{{LinguisticAssistant,LinguisticAssistant},{LinguisticAssistant,LinguisticAssistant},{LinguisticAssistant,LinguisticAssistant}}]

On large scales, cities and other small locations are marked by points:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant}]

(RefLink[GeoListPlot, paclet:ref/GeoListPlot]) works with most geographic entities and (RefLink[GeoPosition, paclet:ref/GeoPosition]):

GeoListPlot[{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant,GeoVariant[LinguisticAssistant,"AllAreas"],
GeoPosition[{RandomReal[{0,90}],RandomReal[{-180,180}]}]}]

(RefLink[GeoListPlot, paclet:ref/GeoListPlot]) works with annotated locations:

GeoListPlot[{Tooltip[LinguisticAssistant,"Nepal"],StatusArea[LinguisticAssistant,"Bhutan"],
Labeled[LinguisticAssistant,"Taj Mahal"]}]

(RefLink[GeoListPlot, paclet:ref/GeoListPlot]) works with (RefLink[TemporalData, paclet:ref/TemporalData]), (RefLink[TimeSeries, paclet:ref/TimeSeries]), and (RefLink[EventSeries, paclet:ref/EventSeries]), such as the main landings of the first voyage of Columbus:

ts=EventSeries[{{{1492,8,3},(Entity["Palos de la Frontera", Entity["City",{"PalosDeLaFrontera","Huelva","Spain"}], "Entity[\"City\", {\"PalosDeLaFrontera\", \"Huelva\", \"Spain\"}]", "city"])},{{1492,9,6},(Entity["La Gomera", Entity["Island","LaGomera"], "Entity[\"Island\", \"LaGomera\"]", "island"])},{{1492,10,12},(Entity["San Salvador, Bahamas", Entity["AdministrativeDivision",{"SanSalvador","Bahamas"}], "Entity[\"AdministrativeDivision\", {\"SanSalvador\", \"Bahamas\"}]", "administrative division"])},{{1492,10,28},(Entity["Cuba", Entity["Country","Cuba"], "Entity[\"Country\", \"Cuba\"]", "country"])},{{1492,12,5},(Entity["Hispaniola", Entity["Island","Hispaniola"], "Entity[\"Island\", \"Hispaniola\"]", "island"])},{{1493,2,15},(Entity["Azores, Portugal", Entity["AdministrativeDivision",{"Azores","Portugal"}], "Entity[\"AdministrativeDivision\", {\"Azores\", \"Portugal\"}]", "administrative division"])},{{1493,3,8},(Entity["Lisbon", Entity["City",{"Lisbon","Lisboa","Portugal"}], "Entity[\"City\", {\"Lisbon\", \"Lisboa\", \"Portugal\"}]", "city"])}}];
GeoListPlot[ts, Joined->True]

OpenersExampleSection2(Spacer1)Options  (13)

OpenersExampleSubsection0(Spacer1)GeoLabels  (2)

Add the names of the specified locations as labels:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant},GeoLabels->Automatic]

Add the names of the specified locations as tooltips:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant},GeoLabels->(Tooltip[#1,#2]&)]

OpenersExampleSubsection1(Spacer1)Joined  (3)

Join two locations:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant},Joined->True]

By default, (RefLink[GeoListPlot, paclet:ref/GeoListPlot]) uses geodesics given by (RefLink[GeoPath, paclet:ref/GeoPath]) to join locations:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant,LinguisticAssistant},Joined->True]

Join location data from a (RefLink[TimeSeries, paclet:ref/TimeSeries]) or (RefLink[EventSeries, paclet:ref/EventSeries]) in temporal order:

ts=TimeSeries[{{{2008,1,3},(Entity["Haiti", Entity["Country","Haiti"], "Entity[\"Country\", \"Haiti\"]", "country"])},{{2008,1,2},(Entity["Cuba", Entity["Country","Cuba"], "Entity[\"Country\", \"Cuba\"]", "country"])},{{2008,1,5},(Entity["Barbados", Entity["Country","Barbados"], "Entity[\"Country\", \"Barbados\"]", "country"])},{{2008,1,4},(Entity["Puerto Rico", Entity["Country","PuertoRico"], "Entity[\"Country\", \"PuertoRico\"]", "country"])}}];

GeoListPlot[ts,Joined->True]

OpenersExampleSubsection2(Spacer1)LabelStyle  (2)

Change the style of the labels:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant},GeoLabels->Automatic,LabelStyle->Directive[18,Italic,White]]

Individual labels and styles on locations will override (RefLink[LabelStyle, paclet:ref/LabelStyle]):

GeoListPlot[{Labeled[LinguisticAssistant,Style["Start",{Bold,Darker[Blue],15}]],LinguisticAssistant,LinguisticAssistant,Labeled[LinguisticAssistant,Style["Finish",{Bold,Darker[Blue],15}]]},GeoLabels->True,LabelStyle->Directive[Bold,Italic,Black],Joined->True]

OpenersExampleSubsection3(Spacer1)PlotMarkers  (3)

Use a default sequence of shapes to distinguish sets of locations:

GeoListPlot[{{LinguisticAssistant,LinguisticAssistant},{LinguisticAssistant,LinguisticAssistant},{LinguisticAssistant,LinguisticAssistant}},PlotMarkers->Automatic,Joined->True]

Mark every location with points:

GeoListPlot[{{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant},{LinguisticAssistant,LinguisticAssistant}},GeoLabels->True,PlotMarkers->None]

Use a (RefLink[GeoMarker, paclet:ref/GeoMarker]) to mark cities:

GeoListPlot[
{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant,LinguisticAssistant},
PlotMarkers->GeoMarker]

OpenersExampleSubsection4(Spacer1)PlotStyle  (3)

Use different style directives:

GeoListPlot[{Cases[EntityValue[LinguisticAssistant,"CountriesInvolved"],Entity["Country",__]]
},GeoBackground->"ReliefMap",
PlotStyle->Directive[EdgeForm[Thick],Opacity[1],Green]
]

Change the style of the joining curve:

GeoListPlot[{LinguisticAssistant,LinguisticAssistant,LinguisticAssistant,LinguisticAssistant},Joined->True,PlotStyle->Directive[Dashed,Thickness[.03]]]

Use different styles on each list of locations:

GeoListPlot[{{LinguisticAssistant,LinguisticAssistant},{LinguisticAssistant,LinguisticAssistant}},Joined->True,PlotStyle->{Directive[Blue,Dashed,EdgeForm[{Red,Thick}],Opacity[1]],Directive[Red, Opacity[.2],EdgeForm[{Thick,Black,Dashed}]]}]

OpenersExampleSection3(Spacer1)Applications  (1)

Plot locations of strong earthquakes given by an (RefLink[EventSeries, paclet:ref/EventSeries]):

data=Quiet[EarthquakeData[All,{6,10},{{2011,1,1},{2013,1,1}},"Position"]]

GeoListPlot[data]

OpenersExampleSection4(Spacer1)Properties & Relations  (1)

Plot locations of strong earthquakes given by an (RefLink[EventSeries, paclet:ref/EventSeries]):

data=Quiet[EarthquakeData[All,{6,10},{{2011,1,1},{2013,1,1}},"Position"]]

GeoListPlot[data]

Use (RefLink[GeoSmoothHistogram, paclet:ref/GeoSmoothHistogram]) to show the most frequent areas for earthquakes:

GeoSmoothHistogram[data]

Use (RefLink[GeoHistogram, paclet:ref/GeoHistogram]) to use discrete bins to show the most frequent areas:

GeoHistogram[data]

OpenersExampleSection5(Spacer1)Neat Examples  (2)

Explore solutions to the traveling salesman problem for South America:

countries=EntityValue[EntityClass["Country","SouthAmerica"],"Entities"]

order=Last[FindShortestTour[GeoPosition[countries]]]

GeoListPlot[countries[[order]],Joined->True]

Use (RefLink[WolframAlpha, paclet:ref/WolframAlpha]) to highlight the countries with the highest population:

data=Entity["Country",#]/.{"United States"->"UnitedStates"}&/@WolframAlpha["nations with highest population",{{"OrdinalRankings",1},"ComputableData"}][[All,2]];

GeoListPlot[data,GeoLabels->True]

({{DocumentationFooterIconsRelatedFunction.png, ({{See Also}, {(RefLink[GeoBubbleChart, paclet:ref/GeoBubbleChart])  ▪  (RefLink[GeoRegionValuePlot, paclet:ref/GeoRegionValuePlot])  ▪  (RefLink[GeoSmoothHistogram, paclet:ref/GeoSmoothHistogram])  ▪  (RefLink[GeoHistogram, paclet:ref/GeoHistogram])  ▪  (RefLink[ListPlot, paclet:ref/ListPlot])  ▪  (RefLink[GeoGraphics, paclet:ref/GeoGraphics])  ▪  (RefLink[GeoMarker, paclet:ref/GeoMarker])  ▪  (RefLink[Point, paclet:ref/Point])}})}})

({{DocumentationFooterIconsRelatedGuide.png, ({{Related Guides}, {▪(RefLinkPlain[Geographic Data & Entities, paclet:guide/GeographicData])}, {▪(RefLinkPlain[Maps & Cartography, paclet:guide/MapsAndCartography])}, {▪(RefLinkPlain[Geographic Visualization, paclet:guide/GeoVisualization])}, {▪(RefLinkPlain[Data Visualization, paclet:guide/DataVisualization])}, {▪(RefLinkPlain[Locations, Paths, and Routing, paclet:guide/LocationsPathsAndRouting])}})}})

({{(Spacer1), ({{(Spacer1)Related Links}, {(WebLink[DocumentationFooterIconsRelatedLinks-EIWL.png(Spacer1)An Elementary Introduction to the Wolfram Language, https://www.wolfram.com/language/elementary-introduction/18-geocomputation.html])(WebLink[: Geocomputation, https://www.wolfram.com/language/elementary-introduction/18-geocomputation.html])}, {(WebLink[DocumentationFooterIconsRelatedLinks-EIWL.png(Spacer1)An Elementary Introduction to the Wolfram Language, https://www.wolfram.com/language/elementary-introduction/20-options.html])(WebLink[: Options, https://www.wolfram.com/language/elementary-introduction/20-options.html])}})}})