| Country | Year | Per capita CO2 emissions | GDP per capita | Continent | \n", "
|---|---|---|---|---|
| Abkhazia | 2015 | nan | nan | Asia | \n", "
| Afghanistan | 1949 | 0.00191237 | nan | nan | \n", "
| Afghanistan | 1950 | 0.010871 | 1156 | nan | \n", "
| Afghanistan | 1951 | 0.0116837 | 1170 | nan | \n", "
| Afghanistan | 1952 | 0.0115423 | 1189 | nan | \n", "
| Afghanistan | 1953 | 0.0132159 | 1240 | nan | \n", "
| Afghanistan | 1954 | 0.0130359 | 1245 | nan | \n", "
| Afghanistan | 1955 | 0.0186057 | 1246 | nan | \n", "
| Afghanistan | 1956 | 0.0218121 | 1278 | nan | \n", "
| Afghanistan | 1957 | 0.0343433 | 1253 | nan | \n", "
... (53427 rows omitted)
" ], "text/plain": [ "Country | Year | Per capita CO2 emissions | GDP per capita | Continent\n", "Abkhazia | 2015 | nan | nan | Asia\n", "Afghanistan | 1949 | 0.00191237 | nan | nan\n", "Afghanistan | 1950 | 0.010871 | 1156 | nan\n", "Afghanistan | 1951 | 0.0116837 | 1170 | nan\n", "Afghanistan | 1952 | 0.0115423 | 1189 | nan\n", "Afghanistan | 1953 | 0.0132159 | 1240 | nan\n", "Afghanistan | 1954 | 0.0130359 | 1245 | nan\n", "Afghanistan | 1955 | 0.0186057 | 1246 | nan\n", "Afghanistan | 1956 | 0.0218121 | 1278 | nan\n", "Afghanistan | 1957 | 0.0343433 | 1253 | nan\n", "... (53427 rows omitted)" ] }, "execution_count": 4, "metadata": {}, "output_type": "execute_result" } ], "source": [ "co2_table = Table.read_table('co2-emissions-vs-gdp.csv').drop('145446-annotations','Total population (Gapminder, HYDE & UN)','Code')\n", "co2_table = co2_table.relabeled('Entity', 'Country')\n", "co2_table" ] }, { "cell_type": "markdown", "id": "9599f38a", "metadata": {}, "source": [ "### Low Income Countries \n", "Let's start by selecting a set of Low Income Countries to graph a scatter plot on the movement of CO2 intensity per capita based on GDP per capita." ] }, { "cell_type": "code", "execution_count": 5, "id": "03dd93b1", "metadata": {}, "outputs": [ { "data": { "text/plain": [ "