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There are two mistakes in your script.

1. Since intersect_ls is a list, use extend instead of append. The reason of getting error is that. Because the first item in fin_ls is a geometry, the other is a list, but it should have been a geometry too.

    fin_ls.append(differ)
    fin_ls.extend(intersec_ls)
   

2. Since gdf is a GeoDataFrame, you cannot use parenthesis with gdf as in gdf( geometry= geom). Instead, use

    gdf = gpd.GeoDataFrame(gdf, geometry=geom) 
   

Or just use gdf = gpd.GeoDataFrame(geometry=geom) if you didn't define gdf before. In this case gdf includes only geometries.

There are two mistakes in your script.

1. Since intersect_ls is a list, use extend instead of append. The reason of getting error is that. Because the first item in fin_ls is a geometry, the other is a list, but it should have been a geometry too.

    fin_ls.append(differ)
    fin_ls.extend(intersec_ls)
   

2. Since gdf is a GeoDataFrame instance, you cannot use parenthesis with gdf as in gdf( geometry= geom). Instead, use

    gdf = gpd.GeoDataFrame(gdf, geometry=geom) 
   

Or just use gdf = gpd.GeoDataFrame(geometry=geom) if you didn't define gdf before. In this case gdf includes only geometries.

There are two mistakes in your script.

1. Since intersect_ls is a list, use extend instead of append. The reason of getting error is that. Because one of the element of fin_ls is a geometry, the other is a list, but it should have been a geometry.

    fin_ls.append(differ)
    fin_ls.extend(intersec_ls)
   

2. Since gdf is a GeoDataFrame, you cannot use parenthesis with gdf as in gdf( geometry= geom). Instead, use

    gdf = gpd.GeoDataFrame(gdf, geometry=geom) 
   

Or just use gdf = gpd.GeoDataFrame(geometry=geom) if you didn't define gdf before. In this case gdf includes only geometries.

There are two mistakes in your script.

1. Since intersect_ls is a list, use extend instead of append. The reason of getting error is that. Because the first item in fin_ls is a geometry, the other is a list, but it should have been a geometry too.

    fin_ls.append(differ)
    fin_ls.extend(intersec_ls)
   

2. Since gdf is a GeoDataFrame, you cannot use parenthesis with gdf as in gdf( geometry= geom). Instead, use

    gdf = gpd.GeoDataFrame(gdf, geometry=geom) 
   

Or just use gdf = gpd.GeoDataFrame(geometry=geom) if you didn't define gdf before. In this case gdf includes only geometries.

There are two mistakes in your script.

1. Since intersect_ls is a list, use extend instead of append.

    fin_ls.append(differ)
    fin_ls.extend(intersec_ls)
   

2. Since gdf is a GeoDataFrame, you cannot use parenthesis with gdf as in gdf( geometry= geom). Instead, use

    gdf = gpd.GeoDataFrame(gdf, geometry=geom) 
   

Or just use gdf = gpd.GeoDataFrame(geometry=geom) if you didn't define gdf before. In this case gdf includes only geometries.

There are two mistakes in your script.

1. Since intersect_ls is a list, use extend instead of append. The reason of getting error is that. Because one of the element of fin_ls is a geometry, the other is a list, but it should have been a geometry.

    fin_ls.append(differ)
    fin_ls.extend(intersec_ls)
   

2. Since gdf is a GeoDataFrame, you cannot use parenthesis with gdf as in gdf( geometry= geom). Instead, use

    gdf = gpd.GeoDataFrame(gdf, geometry=geom) 
   

Or just use gdf = gpd.GeoDataFrame(geometry=geom) if you didn't define gdf before. In this case gdf includes only geometries.