xxvi LIST OF FIGURES
Fig. 2.3
Annual generation by volume and source in Japan:
1980–2015 (Note Author created figure, with assistance
from Mathias Shabanaj Janklila, based on data
from JAERO [ud])
31
Fig. 2.4
Japan’s greenhouse gas emissions: 1990–2016 (Notes (1)
Percentages in parenthesis are changes from the base year
of 2005. (2) Emissions are estimated based on annual
figures from various measures. Regarding preliminary
figures for FY 2016, some annual figures from FY 2015
were used in place of FY 2016 figures that have yet
to be released. Also, some estimation methodologies are
being reviewed to achieve greater accuracy in emissions
estimations. Consequently, some of the figures released
in April 2018 differ from the preliminary figures in this
summary. Removals by forest and other carbon sinks
are also estimated and announced along with the final
figures. (3) Total GHG emissions for each fiscal year
and percentage changes from previous years [such
as changes from FY 2005] do not include removals
by forest and other carbon sinks from activities
under the Kyoto Protocol. (4) Author created figure,
with assistance from Mathias Shabanaj Janklila, based
on data from the Ministry of Environment [http://www.
env.go.jp/press/files/en/750.pdf])
32
Fig. 2.5
Global installed cumulative generating capacity of nuclear
energy and renewable energy (Note Author created
figure, with assistance from Mathias Shabanaj Janklila,
based on data from ISEP [2018])
40
Fig. 2.6
Trends in nuclear energy and renewable energy generation
in Japan (Note Author created figure based on data
from ISEP [2018])
41
Fig. 2.7
Solar PV installed capacity of top 10 countries
in 2016–2017 (Note Author created figure,
with assistance from Mathias Shabanaj Janklila, using data
from REN21 [2018])
42
Fig. 2.8
Communally owned wind turbines (Note Author created
figure with assistance from Mathias Shabanaj Janklila)
46
Fig. 2.3
Annual generation by volume and source in Japan:
1980–2015 (Note Author created figure, with assistance
from Mathias Shabanaj Janklila, based on data
from JAERO [ud])
31
Fig. 2.4
Japan’s greenhouse gas emissions: 1990–2016 (Notes (1)
Percentages in parenthesis are changes from the base year
of 2005. (2) Emissions are estimated based on annual
figures from various measures. Regarding preliminary
figures for FY 2016, some annual figures from FY 2015
were used in place of FY 2016 figures that have yet
to be released. Also, some estimation methodologies are
being reviewed to achieve greater accuracy in emissions
estimations. Consequently, some of the figures released
in April 2018 differ from the preliminary figures in this
summary. Removals by forest and other carbon sinks
are also estimated and announced along with the final
figures. (3) Total GHG emissions for each fiscal year
and percentage changes from previous years [such
as changes from FY 2005] do not include removals
by forest and other carbon sinks from activities
under the Kyoto Protocol. (4) Author created figure,
with assistance from Mathias Shabanaj Janklila, based
on data from the Ministry of Environment [http://www.
env.go.jp/press/files/en/750.pdf])
32
Fig. 2.5
Global installed cumulative generating capacity of nuclear
energy and renewable energy (Note Author created
figure, with assistance from Mathias Shabanaj Janklila,
based on data from ISEP [2018])
40
Fig. 2.6
Trends in nuclear energy and renewable energy generation
in Japan (Note Author created figure based on data
from ISEP [2018])
41
Fig. 2.7
Solar PV installed capacity of top 10 countries
in 2016–2017 (Note Author created figure,
with assistance from Mathias Shabanaj Janklila, using data
from REN21 [2018])
42
Fig. 2.8
Communally owned wind turbines (Note Author created
figure with assistance from Mathias Shabanaj Janklila)
46