或者，更简单地说：

import requests
import pandas as pd

r = requests.get('http://www.starcapital.de/test/Res_Stockmarketvaluation_FundamentalKZ_Tbl.php')

j = r.json()

df = pd.DataFrame.from_dict(j)

你可以这样做：

import requests
import pandas as pd

r = requests.get('http://www.starcapital.de/test/Res_Stockmarketvaluation_FundamentalKZ_Tbl.php')

j = r.json()

df = pd.DataFrame([[d['v'] for d in x['c']] for x in j['rows']],
                  columns=[d['label'] for d in j['cols']])

结果：

In [217]: df
Out[217]:
                   Country  Weight  CAPE    PE    PC   PB   PS   DY  RS 26W  RS 52W  Score
0                   Russia     1.1   5.9   9.1   5.1  1.0  0.9  3.7    1.22    1.35    1.0
1                    China     1.1  12.8   7.2   4.5  0.9  0.6  4.2    1.05    1.13    2.0
2                    Italy     1.0  12.7  31.5   5.7  1.2  0.6  3.3    1.13    1.11    3.0
3                  Austria     0.2  14.3  21.7   7.3  1.1  0.7  2.5    1.10    1.15    4.0
4                   Norway     0.4  12.8  32.4   7.4  1.6  1.2  4.0    1.10    1.17    5.0
5                  Hungary     0.0  12.5  49.8   7.5  1.4  0.7  2.3    1.12    1.19    6.0
6                    Spain     1.2  11.7  24.7   7.0  1.4  1.2  3.7    1.08    1.11    7.0
7                    Czech     0.0   8.9  13.6   6.1  1.3  1.0  6.7    1.03    1.05    8.0
8                   Brazil     1.3   9.8  42.1   7.4  1.6  1.2  3.0    1.06    1.24    9.0
9                 Portugal     0.1  11.3  29.0   4.8  1.5  0.7  3.9    1.05    1.06   10.0
..                     ...     ...   ...   ...   ...  ...  ...  ...     ...     ...    ...
42        EMERGING MARKETS    13.5  14.0  16.0   8.8  1.6  1.3  2.9    1.04    1.11    NaN
43        DEVELOPED EUROPE    22.4  16.6  26.5   9.9  1.8  1.1  3.2    1.06    1.08    NaN
44         EMERGING EUROPE     1.7   8.6  10.9   5.8  1.1  0.8  3.4    1.13    1.20    NaN
45        EMERGING AMERICA     3.0  15.2  30.1   9.4  1.9  1.2  2.4    1.03    1.11    NaN
46  DEVELOPED ASIA-PACIFIC    17.7   NaN  17.7   8.8  1.3  0.9  2.5    1.03    1.09    NaN
47   EMERGING ASIA-PACIFIC     6.9  14.9  15.1   9.1  1.8  1.4  2.7    1.01    1.08    NaN
48         EMERGING AFRICA     0.8   NaN  16.5  10.6  2.0  1.4  3.8    1.06    1.12    NaN
49             MIDDLE EAST     1.3   NaN  13.7  11.8  1.5  1.8  3.9    1.06    1.10    NaN
50                    BRIC     5.9  11.8  14.6   7.4  1.4  1.2  2.7    1.06    1.16    NaN
51     OTHER EMERGING MKT.     2.5   NaN  17.7  12.9  1.8  1.5  3.1    1.16    1.20    NaN

[52 rows x 11 columns]

而且比Justin的（已经很有帮助的）响应简单一步...将.json（）放在r = requests.get行的末尾

import requests
import pandas as pd

r = requests.get('http://www.starcapital.de/test/Res_Stockmarketvaluation_FundamentalKZ_Tbl.php').json()

df = pd.DataFrame.from_dict(r)

当您的数据与from_dict（）期望的方式不完全一致时，您可能还需要pd.json_normalize。
例如：

data = [
    {
        "id": 1,
        "name": "Cole Volk",
        "fitness": {"height": 130, "weight": 60},
    },
    {"name": "Mark Reg", "fitness": {"height": 130, "weight": 60}},
    {
        "id": 2,
        "name": "Faye Raker",
        "fitness": {"height": 130, "weight": 60},
    },
]
pd.json_normalize(data, max_level=1)
    id        name  fitness.height  fitness.weight
0  1.0   Cole Volk             130              60
1  NaN    Mark Reg             130              60
2  2.0  Faye Raker             130              60