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Home Page: https://docs.messageix.org/global/
MESSAGEix-GLOBIOM documentation
Home Page: https://docs.messageix.org/global/
As identified by @OFR-IIASA in this discussion on #25:
The suggested publication,
rogelj_indc_2017
, is already part of the description; this describes the methodology.The second publication is a reference we require for "which" policies we have implemented. This was supposed to be part of a paper published by a colleague at PBL. The paper is still not out, so I was wondering if there is another source we can quote. @volker-krey Possibly we can link to http://www.climatepolicydatabase.org/
All tables throughout the files
On the website (http://ienecat.iiasa.ac.at:8787/message_doc/message_globiom/) a page called Refences is visible, however it is not linked to the actual bibliography site. How can we do this?
We are updating the documentation of MESSAGEix-GLOBIOM. This is the master issue for all related issues/PRs.
Tasks/assignments
General
Energy
Mathematical appendix:
Other:
On #28, @volker-krey wrote in this review (lightly edited and emphasis added).
[U]sing the example of coal methanol-to-gasoline with CCS (meth_coal_ccs in AFR for 2030)[…] I can reproduce the 85% capture rate for the residual emissions, i.e. the emissions excluding the carbon that remains in the fuel produced. My suggestion would be to provide two capture rates with a clear definition in this table:
i. the current capture rate as a fraction of the process CO2 emissions and
ii. the capture rate relative to the carbon content of the feedstock.For the above example, the latter is about 55% as a significant share of carbon remains in the fuel. The former number is interesting from an engineering point of view and describes the efficiency of the capture process. The latter number is particularly relevant for the biomass-based CDR technologies as it describes the potential to sequester carbon from the atmosphere. Obviously for processes that produce carbon-free energy carriers like electricity of hydrogen the two are the same.
That PR was assigned to @OFR-IIASA, but I leave this follow-up issue unassigned.
there are a few issues right now in the latex writing that will need to be updated to support latex writing
\left.
and \right.
around line breaks (\\
)An example of all the lines that need to be fixed are in #7
As suggested by @gidden on #27 by @volker-krey:
A lot of this text [describing MACRO per se] can be moved to the core message_ix docs, given that many of the operations are consistent across any implemented MESSAGE[-MACRO] model.
This will require two linked PRs:
Per this helpful comment @Ruslana22, address the following issues by:
General
1.1 It is not clear (to me:-)) whether the model is MESSAGEix or MESSAGE? Maybe a clarification should be added
1.2. I think that the description of data sources for the model and the parameters should be stated in the beginning. I know that it’s not an easy task, but I think that a paragraph-long description that the model is based on the actual energy and economic data for the years 1960-2015 (is it so?)+ the official projections for economic development for the years 2020-2100 would be beneficial.
1.3 In addition, the question of what is input and what is the output of the model is unclear. For instance, if socio-economic development from SSPs is an input, I would recommend titling this section differently, e. g. Input of drivers of future socio-econ development, or something more clear for external reader.
Overview
2.1. I suggest to move Fig 1 up to appear just after the first paragraph, so that the structure is visualized from the first glance on the page.
2.2. In SSPs section, the 3 SSPs out of five are presented. Is MESSAGE run for all 3 SSPs? or only SSP2? is one of them so called "baseline scenario" and the other are alternatives?
2.3 then the natural question of external reader is if the scenarios are plugged in as given to MESSAGE, what is its output? what is left to evaluate. I know that there is a lot to, but maybe it's worth to address briefly. and refer to latest papers
Energy
3.1. Suggest putting the figure of MESSAGE structure after the first paragraph + the link to mathematical representation of the model.
3.2. There is a mentioning of mathematical representation of MESSAGE in the end of this section. I recommend to add the hyperlink there too
3.3. Energy resource endowments – this section is empty – only redirects to subsections. I would add, again that historical data of resource utilization until 2015 are based on official statistics, and the developments of reserves and resources are described in subsections to follow+add link to math representation in "3 Domestic Resources"
3.4. Non-Biomass Renewable Resources- Title for row 1 in table 1 is missing
3.5. add hyperlink from Energy conversion description to sub section on conversion in math documentation
3.6. Energy demand – in this sub section of documentation, I would recommend to start from clear statement that the energy demand by 7 final users till the end of 21st century is generated based on forecasts for GDP and population.
And, if possible add the link to mathematical representation of the scenario generator.
In addition, the last paragraph before table 21 states that “final energy is converted to useful energy in each region by using the average final-to-useful energy efficiencies used in the MESSAGE”. is it possible to report these final-to-useful energy efficiencies–what are the values or reference where they come from?
Once linking directly to specific references is possible (via Sphinx), add links from all citations to respective references
How to get more detail information about "scenario generator" and use it to extrapolate energy demand into the future
To keep individual sections concise/to prevent over-cluttering throughout the documentation, while still having enough detail, it might be worthwhile adding a separate section that features an overview with more detailed technology descriptions.
(Previously proposed e.g. here)
It should include:
***
(first in any file), ===
, ---
, ~~~
.Until now these tables are in energy/other and energy/electricity
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