I can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
In the first map shows the earthquakes and the second one shows volcanos. In both maps there is a partial outline of the tectonic plates. The ones that don't look like they are a part of the plates are usually in the middle of a plate called hot spots.
I know that the first map is were most earthquakes happen and the bottom map is were volcano erupting happens most. And you can know that there is lots of volcano eruptions and earthquakes.
The first map is were most of the earthquakes happen and the bottom map is were volcano erupting happens most. I know that because I looked at both of the maps.
I can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
I can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
I can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
I can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
From the data you can interpret from the data is the borders of tectonic plates.
ReplyDeleteThat the border is a prime place for both volcanos and earthquakes
ReplyDeletethe data you can interpret from data is the border of the tectonic plates
ReplyDeletevolcanos and earthquakes occur on tectonic plate boundaries
ReplyDeletethere is a lot of earthquakes in the middle in-between north america and Asia. same with volcanoes
ReplyDeleteThat most of the earthquakes are around the volcanos on the two maps.
ReplyDeleteFrom the two maps, you can see where volcanoes and earthquakes are located and their borders.
ReplyDeleteBoth earthquakes and volcanos are normally on the borders of the plates.
ReplyDeletethe data you can interpret from data is the border of the tectonic plates
ReplyDeleteWith the map, you can see that the data is the borders of tectonic plates.
ReplyDeleteI can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
ReplyDeleteThe data I can interpret is they are borders of plate tectonics.
ReplyDeleteIn the first map shows the earthquakes and the second one shows volcanos. In both maps there is a partial outline of the tectonic plates. The ones that don't look like they are a part of the plates are usually in the middle of a plate called hot spots.
ReplyDeleteMost of the volcanos and earthquakes are at the edges of tectonic plates. Salem was awesome.
ReplyDeletethere more common close to or in the ocean
ReplyDeleteWhat I can interpret is that the data is the boundaries of plate tectonics
ReplyDeleteThe borders of the techtonic plates.
ReplyDeleteThey border plate tectonics
ReplyDeleteI know that the first map is were most earthquakes happen and the bottom map is were volcano erupting happens most. And you can know that there is lots of volcano eruptions and earthquakes.
ReplyDeleteThe data shows where the plate boundaries are.
ReplyDeleteThat most of the earthquakes are around the volcanos on the two maps.
ReplyDeletethe data shows the tectonic plate bounderies.
ReplyDeletethe first map is mostly earthquakes but the second one is mostly vocanlos and they both show the plate boundaries.
ReplyDeleteThe first map is were most of the earthquakes happen and the bottom map is were volcano erupting happens most. I know that because I looked at both of the maps.
ReplyDeleteyou can see the outline of tectonic plates
ReplyDeleteI can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
ReplyDeleteyou can see the outline of the tectonic plates
ReplyDeleteThey boarder tectonic plates, the most volcanos and earthquakes are between North and South America and Asia.
ReplyDeleteEarthquakes and valcano occor were the plates bordors are.
ReplyDeleteI can interpret from the data where the plate tectonics are.
ReplyDeleteI can tell that there are a lot of volcanoes around the pacific ocean.
ReplyDeleteThe borders of continents is a prime place for volcanos and earthquakes.
ReplyDeleteI can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
ReplyDeletethe date of the tectonic plates
ReplyDeleteIt shows where the plate boundaries are.
ReplyDeleteit intuprots the tectonic plates borders
ReplyDeleteFrom the data presented I can interpret that most volcanic and earthquake activity happens at the tectonic plate boundaries.
ReplyDeleteI can interpret data about volcanoes and earthquakes from these maps that most of the volcanoes and earthquakes are in the same area.
ReplyDeleteI can interpret data about earthquakes and volcanoes activity
ReplyDeleteYou can interpret the date of the tectonic plates
ReplyDeleteFrom the two maps, you can see where the boundaries are.
ReplyDeleteFrom the data you can interpret the location of the plate boundaries.
ReplyDeleteI can see the outline of the tectonic plates made from volcanic and seismic activity.
ReplyDeleteThis data can show us where tectonic plates and hotspots lie.
ReplyDeleteThe data that you can interpret is that is can see the outlines plate's borders.
ReplyDeletei can see there is lot of volcanos around the ocean
ReplyDeletethere are more volcanos around the ocean
ReplyDeletethe plate's boundery
ReplyDeletewhere the earthquakes and volcanos are in the world.
ReplyDeletedata you can interpret from the data is the borders of tectonic plates.
ReplyDeleteIts the boundeis of the plates.
ReplyDelete
ReplyDeleteI can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
From the data I can interpret the plate boundaries
ReplyDeleteI can interpret from the data that earthquakes and volcanoes mostly occur along the plate boundaries.
ReplyDeleteFrom the data you can interpret from the data is the borders of tectonic plates.
ReplyDeleteI can interpret date about earthquake and volcanic activity that most of the volcanoes are on the edge of the land and the earthquakes are all over.Also it looks like there is more earthquakes then volcanoes.
ReplyDeleteThat data tells you that those are the border of plate tectonics.
ReplyDeletedata you can interpret from the data can be the border of tectonic plates
ReplyDeleteFrom the data you can interpret from the data is the borders of tectonic plates.
ReplyDeletea lot of volcanoes around the ocean
ReplyDeleteIt interpret's the tectonic plate borders.
ReplyDeleteThere are more volcanos around the ocean.
ReplyDeleteVolcanos and earthquakes occur on tectonic plate boundaries.
ReplyDeleteyou can see were the tectonic plates are
ReplyDelete
ReplyDeleteThat the border is a prime place for both volcanos and earthquakes.
I can intemperate the borders of plate tectonics.
ReplyDelete