diff --git a/constants.js b/constants.js
index 42540c1..baa7396 100644
--- a/constants.js
+++ b/constants.js
@@ -1,7 +1,7 @@
 'use strict';
 
 // Google Drive server address
-const GD_SERVER_ADDRESS = 'https://script.google.com/macros/s/AKfycbwgjNyIvsT0NCp-TviTk5Tvc9i279eKE9hBWPxshoZwLCkJfd82/exec';
+const GD_SERVER_ADDRESS = 'https://script.google.com/macros/s/AKfycbwPzbOP6CMqtj4LA6EcmctOmy4IDJFsz08IwoYsxG7gysA6Ownnorzbkx3aY7AMWYqibg/exec';
 
 // Cubic-Bezier(0.25,0.1,0.25,1)
 // For x in [ 0 ; 1 ] (in this case in steps of 0.01)
diff --git a/main.js b/main.js
index 014566c..f624b55 100644
--- a/main.js
+++ b/main.js
@@ -18,26 +18,24 @@ let countries;
 PROMISES.push(fetch(GD_SERVER_ADDRESS)
 	.then(response => response.text())
 	.then(data => {
-		meteoriteData = d3.csvParse(data, d => {
-			d.year = d3.timeParse('%Y')(d.year);
-			d.long = parseFloat(d.long);
-			d.lat  = parseFloat(d.lat);
-			d.mass = parseFloat(d.mass);
-			return d;
-		});
+		meteoriteData = d3.csvParse(data, d => ({
+			...d,
+			year : d3.timeParse('%Y')(d.year),
+			long : parseFloat(d.long),
+			lat  : parseFloat(d.lat),
+			mass : parseFloat(d.mass)
+		}));
 	}));
 
 // Get the data grouped by year and set up the timeline
 PROMISES.push(fetch(GD_SERVER_ADDRESS + '?groupByYear')
 	.then(response => response.text())
 	.then(data => {
-		const DATA_GROUPED_BY_YEAR = d3.csvParse(data, d => {
-			return {
-				year      : d3.timeParse('%Y')(d.year),
-				number    : parseInt(d.number),
-				totalMass : parseFloat(d.totalMass)
-			};
-		});
+		const DATA_GROUPED_BY_YEAR = d3.csvParse(data, d => ({
+			year      : d3.timeParse('%Y')(d.year),
+			number    : parseInt(d.number),
+			totalMass : parseFloat(d.totalMass)
+		}));
 		time = DATA_GROUPED_BY_YEAR[0].year.getFullYear();
 		setUpTimeline(DATA_GROUPED_BY_YEAR);
 	}));
diff --git a/vis/globe/camera.js b/vis/globe/camera.js
index 8a92cf2..e3f2d75 100644
--- a/vis/globe/camera.js
+++ b/vis/globe/camera.js
@@ -102,9 +102,14 @@ function focusOnCountry(countryCode) {
 
 	if (COUNTRY !== undefined) {
 
+		const maxLong = parseFloat(COUNTRY.maxLong);
+		const minLong = parseFloat(COUNTRY.minLong);
+		const maxLat  = parseFloat(COUNTRY.maxLat);
+		const minLat  = parseFloat(COUNTRY.minLat);
+
 		const R = CAMERA_BOUNDS.MIN + Math.floor(Math.max(
-			parseFloat(COUNTRY.maxLong) - parseFloat(COUNTRY.minLong),
-			parseFloat(COUNTRY.maxLat)  - parseFloat(COUNTRY.minLat)
+			maxLong - minLong,
+			maxLat  - minLat
 		));
 
 		moveCameraTo(
diff --git a/vis/statistics.js b/vis/statistics.js
index 8c4c4be..8a70911 100644
--- a/vis/statistics.js
+++ b/vis/statistics.js
@@ -63,6 +63,8 @@ const BACK_BUTTON_SIZE = LEFT_PANE_DIMENSIONS.WIDTH * 0.1;
 
 const HEAVIEST_METEORITE_MESH_MIN_SCALE = 0.0001;
 
+const ANTARCTICA_AREA = 14200000;
+
 /*
 	Variables
 */
@@ -306,7 +308,11 @@ function setUpBipartiteGraph() {
 		dataFinal.forEach(e=>e.CountryName=(groupByCountry.filter(f=>f.country==e.country).map(f=>parseFloat(f.totalMass)/(countries.filter(d=>d.country==f.country).map(d=>parseInt(d.area))))>1) && e.country!=='_' ?
 			countries.filter(d=>d.country===e.country).map(d=>d.name)[0]:'Others');
 		//Density [gr/km2]
-		dataFinal.forEach(e=>e.Density=parseFloat(e.mass)/(countries.filter(d=>d.country==e.country).map(d=>parseInt(d.area))));
+		dataFinal.forEach(entry => {
+			const entryCountry = countries.find(country => country.country == entry.country);
+			const area = entry.country === '0' ? ANTARCTICA_AREA : parseInt(entryCountry.area);
+			entry.Density = parseFloat(entry.mass) / area;
+		});
 
 		//----------------Iron Meteorites-----------------------------------------------
 		let ironMeteorites = dataFinal.filter(e=>e.recclass.includes('Iron') || e.recclass.includes('Relict iron'));