In [1]:
%matplotlib inline

import nivapy3 as nivapy
import pandas as pd
import matplotlib.pyplot as plt

Map Norwegian ICPW stations


In [2]:
xl_path = r'../../../Thematic_Trends_Report_2020/land_cover_request/icpw_land_cover_by_country_2020-02-11.xlsx'
df = pd.read_excel(xl_path, sheet_name='all_stn_locs')
df = df.query('country == "Norway"')
df.head()


Out[2]:
station_id station_code station_name latitude longitude altitude continent country region group
231 38269 Tr18_NO_1004-13 Store Eitlandsvatn 58.494446 6.735276 392.0 Europe Norway SoNord Trends
232 38310 Tr18_NO_1004-15 Botnevatnet 58.286048 6.490128 49.0 Europe Norway SoNord Trends
233 38306 Tr18_NO_1014-12 Sognevatn 58.316266 7.675424 268.0 Europe Norway SoNord Trends
234 38298 Tr18_NO_1014-25 Drivenesvatn 58.292608 7.930483 168.0 Europe Norway SoNord Trends
235 38292 Tr18_NO_101-605 Holvatn 59.102665 11.525462 164.0 Europe Norway SoNord Trends

In [3]:
nivapy.spatial.quickmap(df,
                        popup='station_code',
                        aerial_imagery=True,
                        kartverket=True,
                        )


Out[3]: