Elevation of Pangkalan Kerinci, Pelalawan Regency, Riau, Indonesia

Location: Indonesia > Riau > Pelalawan Regency >

Longitude: 101.866362

Latitude: 0.3483999

Elevation: 9m / 30feet

Barometric Pressure: 101KPa

Elevation Map:

elevation map of Pangkalan Kerinci, Pelalawan Regency, Riau, Indonesia

Satellite Map:

Satellite map of Pangkalan Kerinci, Pelalawan Regency, Riau, Indonesia

Related Photos:

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Road view in Riau

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Road view in Riau

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Road view in Riau, Sumatra

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Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra haze forests forestfires forestfiremanagement hti remotesensing horizontal biodiversity landscape climate firebehaviour forestdamage riau aerial indonesia airpollution greenhousegasemissions fire climatechange river forest carbonsequestration carbon tropicalforests stocks emissions rainforests forestmanagement kabupatenpelalawan id

Haze from the forest fires

spatialvariation ecosystems forestpolicy landuse naturalresources forestmanagement haze forests forestfires capacity investments forestfiremanagement hti remotesensing deforestation horizontal degradation stocks peatlands biodiversity landscape emissions climate firebehaviour systematicreview forestdamage sumatra riau aerial indonesia airpollution climatechange greenhousegasemissions fire landdegradation casestudies carbon river forest carbonsequestration governmentpolicy smoke landuseplanning pekanbaru tropicalforests rainforests

Haze from forest fires

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Haze from the forest fires

spatialvariation ecosystems forestpolicy pekanbaru naturalresources sumatra verticals haze forests forestfires capacity investments forestfiremanagement hti remotesensing landdegradation deforestation climatechange peatlands degradation tropicalforests environmentallegislation stocks biodiversity landscape carbon climate firebehaviour systematicreview forestdamage casestudies riau aerial indonesia airpollution governmentpolicy greenhousegasemissions fire landuseplanning landuse environmentalmanagement river forest carbonsequestration smoke emissions landmanagement rainforests forestmanagement

Haze from the forest fires

spatialvariation ecosystems forestpolicy pekanbaru naturalresources sumatra haze forests forestfires capacity investments forestfiremanagement hti remotesensing deforestation horizontal degradation landuseplanning climatechange biodiversity landscape tropicalforests climate firebehaviour stocks forestdamage systematicreview riau aerial indonesia airpollution landdegradation greenhousegasemissions fire casestudies carbon governmentpolicy river forest carbonsequestration landuse smoke emissions rainforests forestmanagement

Haze from forest fires

spatialvariation ecosystems forestpolicy pekanbaru naturalresources sumatra fuelplantations forestmanagement productivity farmingsystems haze forests landdegradation forestfires road concessions investments oilpalms forestfiremanagement hti remotesensing bioenergy deforestation horizontal biodiesel degradation peatlands emissions climatechange biodiversity landscape managementbyobjectives climate firebehaviour stocks forestdamage systematicreview riau aerial indonesia airpollution capacity greenhousegasemissions fire environmentaldegradation casestudies carbon river forest carbonsequestration governmentpolicy landuseplanning smoke landuse tropicalforests rainforests

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra verticals haze forests forestfires forestfiremanagement hti remotesensing environment climatechange waterresources biodiversity landscape climate firebehaviour water forestdamage watershedmanagement aerial indonesia airpollution greenhousegasemissions fire stocks managementbyobjectives tropicalforests river forest carbonsequestration watershedprotection carbon emissions riau rainforests forestmanagement

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra haze forests forestfires forestfiremanagement hti remotesensing environment horizontal waterresources biodiversity landscape climate firebehaviour water forestdamage carbon aerial indonesia airpollution greenhousegasemissions fire scenery river carbonsequestration peatlands climatechange stocks managementbyobjectives riau emissions

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra haze forests forestfires forestfiremanagement hti remotesensing environment horizontal waterresources biodiversity landscape climate firebehaviour water forestdamage riau aerial indonesia airpollution peatlands greenhousegasemissions fire climatechange scenery managementbyobjectives river forest carbonsequestration tropicalforests stocks carbon emissions rainforests forestmanagement

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra haze forests forestfires road forestfiremanagement hti remotesensing horizontal biodiversity landscape climate firebehaviour forestdamage riau aerial indonesia airpollution greenhousegasemissions fire peatlands climatechange managementbyobjectives river forest carbonsequestration tropicalforests stocks carbon emissions rainforests forestmanagement

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra haze forests forestfires forestfiremanagement hti remotesensing environment horizontal waterresources biodiversity landscape climate firebehaviour water forestdamage carbon aerial indonesia airpollution greenhousegasemissions fire scenery river carbonsequestration peatlands climatechange stocks managementbyobjectives riau emissions

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra haze forests forestfires road forestfiremanagement hti remotesensing environment horizontal waterresources biodiversity landscape climate firebehaviour water forestdamage carbon aerial indonesia airpollution greenhousegasemissions fire river carbonsequestration peatlands climatechange stocks managementbyobjectives riau emissions

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources forestmanagement verticals haze forests forestfires forestfiremanagement hti remotesensing environment climatechange waterresources biodiversity landscape climate firebehaviour water forestdamage watershedmanagement aerial indonesia airpollution greenhousegasemissions fire riau scenery managementbyobjectives river forest carbonsequestration watershedprotection stocks carbon emissions tropicalforests rainforests

Haze from the forest fires

spatialvariation ecosystems forestpolicy landuse naturalresources forestmanagement haze forests forestfires capacity investments forestfiremanagement hti remotesensing deforestation horizontal degradation stocks peatlands biodiversity landscape emissions climate firebehaviour systematicreview forestdamage sumatra riau aerial indonesia airpollution climatechange greenhousegasemissions fire landdegradation casestudies carbon river forest carbonsequestration governmentpolicy smoke landuseplanning pekanbaru tropicalforests rainforests

Haze from the forest fires

spatialvariation ecosystems smoke naturalresources forestmanagement haze forests forestfires rainforests hti remotesensing environment horizontal waterresources biodiversity landscape climate firebehaviour water forestdamage riau aerial managementbyobjectives airpollution greenhousegasemissions fire peatlands river forest carbonsequestration climatechange emissions carbon stocks tropicalforests forestfiremanagement

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra verticals stocks forests forestfires emissions hti remotesensing environment climatechange waterresources biodiversity landscape climate firebehaviour water forestdamage carbon aerial managementbyobjectives airpollution greenhousegasemissions fire river carbonsequestration riau haze forestfiremanagement

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra haze forests forestfires forestfiremanagement hti remotesensing environment horizontal waterresources biodiversity landscape climate firebehaviour water forestdamage riau aerial indonesia airpollution greenhousegasemissions fire peatlands climatechange managementbyobjectives river forest carbonsequestration tropicalforests emissions stocks carbon rainforests forestmanagement

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra verticals haze forests forestfires forestfiremanagement hti remotesensing environment climatechange waterresources biodiversity landscape climate firebehaviour water forestdamage watershedmanagement aerial indonesia airpollution greenhousegasemissions fire stocks managementbyobjectives tropicalforests river forest carbonsequestration watershedprotection carbon emissions riau rainforests forestmanagement

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra haze forests forestfires forestfiremanagement hti remotesensing environmentallegislation horizontal biodiversity landscape climate firebehaviour peatlands forestdamage emissions riau aerial indonesia airpollution stocks greenhousegasemissions fire systematicreview carbon environmentalmanagement river forest carbonsequestration climatechange landuse landmanagement rainforests tropicalforests forestmanagement

Haze from the forest fires

spatialvariation ecosystems smoke pekanbaru naturalresources sumatra verticals haze forests forestfires forestfiremanagement hti remotesensing climatechange biodiversity landscape climate firebehaviour forestdamage watershedmanagement aerial indonesia airpollution greenhousegasemissions fire carbon managementbyobjectives stocks river forest carbonsequestration watershedprotection riau emissions tropicalforests rainforests forestmanagement

Haze from forest fires

Topographic Map of Pangkalan Kerinci, Pelalawan Regency, Riau, Indonesia

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