Add development assistance template to Djibouti, Uganda, Vietnam

Requires refactoring for individual topic of development and
descriptive additions.
This commit is contained in:
Marty Oehme 2022-09-06 17:55:08 +02:00
parent 760b944d9a
commit 175d1be4d8
Signed by: Marty
GPG key ID: B7538B8F50A1C800
3 changed files with 273 additions and 0 deletions

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@ -111,4 +111,95 @@ with the nomadic population decreasing by nearly three quarters and many fleeing
Women face less opportunity in the country with worse upward educational mobility, less participation in the labor force, higher unemployment rates, and a continuing, if closing, gender literacy gap. Women face less opportunity in the country with worse upward educational mobility, less participation in the labor force, higher unemployment rates, and a continuing, if closing, gender literacy gap.
Djibouti is set to miss most of its poverty target levels and move along a growth pathway that does not lend itself to inclusion unless active policy measures changing its economic investment and growth strategies are examined. Djibouti is set to miss most of its poverty target levels and move along a growth pathway that does not lend itself to inclusion unless active policy measures changing its economic investment and growth strategies are examined.
<!-- development assistance -->
### Development assistance to Djibouti
```{python}
# Load CRS data
dfsub1 = pd.read_csv('data/raw/OECD_CRS/CRS1_Djibouti_11-13_05092022210301944.csv', parse_dates=True, low_memory=False)
dfsub2 = pd.read_csv('data/raw/OECD_CRS/CRS1_Djibouti_14-16_05092022210632022.csv', parse_dates=True, low_memory=False)
dfsub3 = pd.read_csv('data/raw/OECD_CRS/CRS1_Djibouti_17-20_05092022210913679.csv', parse_dates=True, low_memory=False)
df = pd.concat([dfsub1, dfsub2, dfsub3], ignore_index=True)
df = df.rename(columns={'\ufeff"DONOR"': 'DONOR'})
```
```{python}
#| label: fig-dji-aid-financetype
#| fig-cap: "Total ODA for Djibouti per year, by financing type"
#| column: page
totals = df.loc[
(df['SECTOR'] == 1000) & # Total
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
financetotals = totals.copy()
financetotals = financetotals[financetotals['DONOR'] < 20000] # drop all 'total' aggregations
## count amount of development aid financing instruments (grants/loans) by year and display
## count USD amount of development aid financing instumrnets by year and display
financetotals_grouped = financetotals.groupby(['Flow', 'Year']).agg({'Value': ['sum']})
financetotals_grouped = financetotals_grouped.reset_index(['Flow', 'Year'])
financetotals_grouped.columns = financetotals_grouped.columns.to_flat_index()
financetotals_grouped.columns = ['Financetype', 'Year', 'Value']
fig = px.line(financetotals_grouped, x='Year', y='Value', color='Financetype', labels={"Value": "Development aid, in millions"}, markers=True, template="seaborn")
fig.show()
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD CRS data, split into the type of financing flow, calculated as constant currency (2020 corrected) USD millions.
Source: Author's elaboration based on OECD ODA CRS (2022).
```{python}
#| label: fig-dji-aid-donortype
#| fig-cap: "Total ODA for Djibouti per year, separated by donor type"
#| column: page
totals = df.loc[
(df['SECTOR'] == 1000) & # Total
(df['FLOW'] == 100) &
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
donortotals = totals.copy()
donortotals["Donortype"] = donortotals["DONOR"].map(donortypes)
donortotals = donortotals[(donortotals["Donortype"] != "nondac")]
donortotals_grouped = donortotals.groupby(['Donortype', 'Year']).agg({'Value': ['sum']})
donortotals_grouped = donortotals_grouped.reset_index(['Donortype', 'Year'])
donortotals_grouped.columns = donortotals_grouped.columns.to_flat_index()
donortotals_grouped.columns = ['Donortype', 'Year', 'Value']
fig = px.line(donortotals_grouped, x='Year', y='Value', color='Donortype', labels={"Value": "Development aid, in millions"}, markers=True, template="seaborn")
fig.show()
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD ODA data, split into bilateral development donor countries (dac), bilateral non-DAC countries (nondac) and multilateral donors (multilateral), as constant currency (2020 corrected) USD millions.
Source: Author's elaboration based on OECD ODA CRS (2022).
```{python}
#| label: tbl-dji-aid-electricity
#| tbl-cap: "ODA for transmission and distribution of electric power in Djibouti per year, separated by financing type"
#| column: page
totals = df.loc[
((df['SECTOR'] == 23630) | (df['SECTOR'] == 23631)) & # Total
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
((df['FLOW'] == 11) | (df['FLOW'] == 13)) & # Total
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
electricityaid = totals[totals['DONOR'] < 20000] # drop all 'total' aggregations
pd.options.display.float_format = "{:.2f}".format
el_grouped = electricityaid.groupby(['Year', 'Flow']).agg({'Value': ['sum']})
el_grouped.style.format(escape="latex")
el_grouped
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD CRS data, split into the type of financing flow, calculated as constant currency (2020 corrected) USD millions. The category under analysis is Electric Power transmission and distribution (centralized grids) within the data.
Source: Author's elaboration based on OECD ODA CRS (2022).
{{< pagebreak >}} {{< pagebreak >}}

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@ -143,4 +143,95 @@ In the district of Isingiro in West Uganda access to water is considerably below
with policy failures during implementation now leading to partly or non-functional water sources. with policy failures during implementation now leading to partly or non-functional water sources.
The problem runs danger of deteriorating with an increased amount of climate shocks such as droughts threatening to exacerbate existing inequalities and drive further households into poverty. The problem runs danger of deteriorating with an increased amount of climate shocks such as droughts threatening to exacerbate existing inequalities and drive further households into poverty.
<!-- development assistance -->
### Development assistance to Uganda
```{python}
# Load CRS data
dfsub1 = pd.read_csv('data/raw/OECD_CRS/CRS1_Uganda_11-13_05092022214241555.csv', parse_dates=True, low_memory=False)
dfsub2 = pd.read_csv('data/raw/OECD_CRS/CRS1_Uganda_14-16_05092022213749491.csv', parse_dates=True, low_memory=False)
dfsub3 = pd.read_csv('data/raw/OECD_CRS/CRS1_Uganda_17-20_05092022213356210.csv', parse_dates=True, low_memory=False)
df = pd.concat([dfsub1, dfsub2, dfsub3], ignore_index=True)
df = df.rename(columns={'\ufeff"DONOR"': 'DONOR'})
```
```{python}
#| label: fig-uga-aid-financetype
#| fig-cap: "Total ODA for Uganda per year, by financing type"
#| column: page
totals = df.loc[
(df['SECTOR'] == 1000) & # Total
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
financetotals = totals.copy()
financetotals = financetotals[financetotals['DONOR'] < 20000] # drop all 'total' aggregations
## count amount of development aid financing instruments (grants/loans) by year and display
## count USD amount of development aid financing instumrnets by year and display
financetotals_grouped = financetotals.groupby(['Flow', 'Year']).agg({'Value': ['sum']})
financetotals_grouped = financetotals_grouped.reset_index(['Flow', 'Year'])
financetotals_grouped.columns = financetotals_grouped.columns.to_flat_index()
financetotals_grouped.columns = ['Financetype', 'Year', 'Value']
fig = px.line(financetotals_grouped, x='Year', y='Value', color='Financetype', labels={"Value": "Development aid, in millions"}, markers=True, template="seaborn")
fig.show()
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD CRS data, split into the type of financing flow, calculated as constant currency (2020 corrected) USD millions.
Source: Author's elaboration based on OECD ODA CRS (2022).
```{python}
#| label: fig-uga-aid-donortype
#| fig-cap: "Total ODA for Uganda per year, separated by donor type"
#| column: page
totals = df.loc[
(df['SECTOR'] == 1000) & # Total
(df['FLOW'] == 100) &
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
donortotals = totals.copy()
donortotals["Donortype"] = donortotals["DONOR"].map(donortypes)
donortotals = donortotals[(donortotals["Donortype"] != "nondac")]
donortotals_grouped = donortotals.groupby(['Donortype', 'Year']).agg({'Value': ['sum']})
donortotals_grouped = donortotals_grouped.reset_index(['Donortype', 'Year'])
donortotals_grouped.columns = donortotals_grouped.columns.to_flat_index()
donortotals_grouped.columns = ['Donortype', 'Year', 'Value']
fig = px.line(donortotals_grouped, x='Year', y='Value', color='Donortype', labels={"Value": "Development aid, in millions"}, markers=True, template="seaborn")
fig.show()
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD ODA data, split into bilateral development donor countries (dac), bilateral non-DAC countries (nondac) and multilateral donors (multilateral), as constant currency (2020 corrected) USD millions.
Source: Author's elaboration based on OECD ODA CRS (2022).
```{python}
#| label: tbl-uga-aid-electricity
#| tbl-cap: "ODA for transmission and distribution of electric power in Uganda per year, separated by financing type"
#| column: page
totals = df.loc[
((df['SECTOR'] == 23630) | (df['SECTOR'] == 23631)) & # Total
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
((df['FLOW'] == 11) | (df['FLOW'] == 13)) & # Total
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
electricityaid = totals[totals['DONOR'] < 20000] # drop all 'total' aggregations
pd.options.display.float_format = "{:.2f}".format
el_grouped = electricityaid.groupby(['Year', 'Flow']).agg({'Value': ['sum']})
el_grouped.style.format(escape="latex")
el_grouped
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD CRS data, split into the type of financing flow, calculated as constant currency (2020 corrected) USD millions. The category under analysis is Electric Power transmission and distribution (centralized grids) within the data.
Source: Author's elaboration based on OECD ODA CRS (2022).
{{< pagebreak >}} {{< pagebreak >}}

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@ -166,4 +166,95 @@ both ethnic minorities and the rural female population are thus at risk of being
* Wordings do not quite capture quintile poverty assessments for coming descriptive statistics * Wordings do not quite capture quintile poverty assessments for coming descriptive statistics
--> -->
<!-- development assistance -->
### Development assistance to Vietnam
```{python}
# Load CRS data
dfsub1 = pd.read_csv('data/raw/OECD_CRS/CRS1_Vietnam_11-13_05092022215007164.csv', parse_dates=True, low_memory=False)
dfsub2 = pd.read_csv('data/raw/OECD_CRS/CRS1_Vietnam_14-16_05092022215226180.csv', parse_dates=True, low_memory=False)
dfsub3 = pd.read_csv('data/raw/OECD_CRS/CRS1_Vietnam_17-20_05092022215427555.csv', parse_dates=True, low_memory=False)
df = pd.concat([dfsub1, dfsub2, dfsub3], ignore_index=True)
df = df.rename(columns={'\ufeff"DONOR"': 'DONOR'})
```
```{python}
#| label: fig-vnm-aid-financetype
#| fig-cap: "Total ODA for Vietnam per year, by financing type"
#| column: page
totals = df.loc[
(df['SECTOR'] == 1000) & # Total
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
financetotals = totals.copy()
financetotals = financetotals[financetotals['DONOR'] < 20000] # drop all 'total' aggregations
## count amount of development aid financing instruments (grants/loans) by year and display
## count USD amount of development aid financing instumrnets by year and display
financetotals_grouped = financetotals.groupby(['Flow', 'Year']).agg({'Value': ['sum']})
financetotals_grouped = financetotals_grouped.reset_index(['Flow', 'Year'])
financetotals_grouped.columns = financetotals_grouped.columns.to_flat_index()
financetotals_grouped.columns = ['Financetype', 'Year', 'Value']
fig = px.line(financetotals_grouped, x='Year', y='Value', color='Financetype', labels={"Value": "Development aid, in millions"}, markers=True, template="seaborn")
fig.show()
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD CRS data, split into the type of financing flow, calculated as constant currency (2020 corrected) USD millions.
Source: Author's elaboration based on OECD ODA CRS (2022).
```{python}
#| label: fig-vnm-aid-donortype
#| fig-cap: "Total ODA for Vietnam per year, separated by donor type"
#| column: page
totals = df.loc[
(df['SECTOR'] == 1000) & # Total
(df['FLOW'] == 100) &
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
donortotals = totals.copy()
donortotals["Donortype"] = donortotals["DONOR"].map(donortypes)
donortotals = donortotals[(donortotals["Donortype"] != "nondac")]
donortotals_grouped = donortotals.groupby(['Donortype', 'Year']).agg({'Value': ['sum']})
donortotals_grouped = donortotals_grouped.reset_index(['Donortype', 'Year'])
donortotals_grouped.columns = donortotals_grouped.columns.to_flat_index()
donortotals_grouped.columns = ['Donortype', 'Year', 'Value']
fig = px.line(donortotals_grouped, x='Year', y='Value', color='Donortype', labels={"Value": "Development aid, in millions"}, markers=True, template="seaborn")
fig.show()
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD ODA data, split into bilateral development donor countries (dac), bilateral non-DAC countries (nondac) and multilateral donors (multilateral), as constant currency (2020 corrected) USD millions.
Source: Author's elaboration based on OECD ODA CRS (2022).
```{python}
#| label: tbl-vnm-aid-electricity
#| tbl-cap: "ODA for transmission and distribution of electric power in Vietnam per year, separated by financing type"
#| column: page
totals = df.loc[
((df['SECTOR'] == 23630) | (df['SECTOR'] == 23631)) & # Total
(df['CHANNEL'] == 100) &
(df['AMOUNTTYPE'] == 'D') &
((df['FLOW'] == 11) | (df['FLOW'] == 13)) & # Total
(df['FLOWTYPE'] == 112) &
(df['AIDTYPE'] == "100") # contains mixed int and string representations
]
electricityaid = totals[totals['DONOR'] < 20000] # drop all 'total' aggregations
pd.options.display.float_format = "{:.2f}".format
el_grouped = electricityaid.groupby(['Year', 'Flow']).agg({'Value': ['sum']})
el_grouped.style.format(escape="latex")
el_grouped
```
Note: Values shown are for all Official Development Assistance flows valid under the OECD CRS data, split into the type of financing flow, calculated as constant currency (2020 corrected) USD millions. The category under analysis is Electric Power transmission and distribution (centralized grids) within the data.
Source: Author's elaboration based on OECD ODA CRS (2022).
{{< pagebreak >}} {{< pagebreak >}}