diff --git a/bin/weather b/bin/weather
index d48a7a4..135ae01 100755
--- a/bin/weather
+++ b/bin/weather
@@ -158,17 +158,31 @@ if __name__ == "__main__":
 
         # Grab current weather and daily forecast
         weather = get_weather(*location)
-        weather = weather["properties"]["timeseries"][0]["data"]
+        weather = weather["properties"]["timeseries"]
+
+        # Compute min/max temperatures for the forecast. We use the next 24
+        # hours. So we use 18 entries.
+        mintemp = min(
+            d["data"]["next_6_hours"]["details"]["air_temperature_min"]
+            for d in weather[:18]
+        )
+        maxtemp = max(
+            d["data"]["next_6_hours"]["details"]["air_temperature_max"]
+            for d in weather[:18]
+        )
 
         # Format output
         conditions = [
-            format_icon(weather["next_1_hours"]["summary"]["symbol_code"]),
-            "{}°C".format(round(weather["instant"]["details"]["air_temperature"])),
-            format_icon(weather["next_6_hours"]["summary"]["symbol_code"]),
-            "{}—{}°C".format(
-                round(weather["next_6_hours"]["details"]["air_temperature_min"]),
-                round(weather["next_6_hours"]["details"]["air_temperature_max"]),
+            # Current conditions: use the symbol for the next hour and the
+            # instant temperature
+            format_icon(weather[0]["data"]["next_1_hours"]["summary"]["symbol_code"]),
+            "{}°C".format(
+                round(weather[0]["data"]["instant"]["details"]["air_temperature"])
             ),
+            # Forecast: use the symbol for the next 6 hours
+            format_icon(weather[0]["data"]["next_6_hours"]["summary"]["symbol_code"]),
+            # And the temperature range computed for the next 24 hours
+            "{}—{}°C".format(round(mintemp), round(maxtemp)),
         ]
         city = city.replace("%", "%%")
         conditions.insert(0, f"%{{F#888}}{city}%{{F-}}")