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Revise the P Model documentation #441
Revise the P Model documentation #441
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Codecov ReportAll modified and coverable lines are covered by tests ✅
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## 383-meta-release-200 #441 +/- ##
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{cite:p}`Prentice:2014bc,Wang:2017go,Stocker:2020dh`. | ||
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* The [subdaily P Model](subdaily_details/subdaily_overview), extends the P Model to | ||
incorporates acclimation of photosynthetic pathways to changing environmental |
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incorporates acclimation of photosynthetic pathways to changing environmental | |
incorporate acclimation of photosynthetic pathways to changing environmental |
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* The relative advantages of the C3 and C4 photosynthetic pathways differ with | ||
environmental conditions. The [C3 / C4 plant competition](c3c4model) model uses the | ||
relative advantage to estimates the expected fraction of C4 plants in a community. |
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relative advantage to estimates the expected fraction of C4 plants in a community. | |
relative advantage to estimate the expected fraction of C4 plants in a community. |
{cite:p}`Prentice:2014bc,Wang:2017go` along with links to further details of the core | ||
components of the model. It may be useful to read this alongside: | ||
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* The [worked examples](worked_examples) of using `pyrealm` to fitting the Standard P |
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* The [worked examples](worked_examples) of using `pyrealm` to fitting the Standard P | |
* The [worked examples](worked_examples) of using `pyrealm` to fit the Standard P |
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The term $m_j$ is at the heart of the P model and describes the trade off between | ||
carbon dioxide capture and water loss in photosynthesis. Given the environmental | ||
conditions, a leaf will adjust its stomata to a value of ($\chi$) that optimises |
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conditions, a leaf will adjust its stomata to a value of ($\chi$) that optimises | |
conditions, a leaf will adjust its stomata to a value of $\chi$ that optimises |
this trade off. When $\chi$ is less than one, the partial pressure inside of | ||
$\ce{CO2}$ inside the leaf is lowered and $m_j$ captures the resulting loss in light | ||
use efficiency. |
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This sentence somehow does not seem right. Is it really "inside of CO2 inside the leaf"?
* The form of the [Arrhenius scaling](./arrhenius) used to | ||
calculate the electron transfer rate and carboxylation capacity at standard | ||
temperatures. This is central to the Subdaily P Model as the variables $J_{max}$ and | ||
$V_{cmax}$ need converted to a standard temperature to map predictions from the daily |
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$V_{cmax}$ need converted to a standard temperature to map predictions from the daily | |
$V_{cmax}$ need to be converted to a standard temperature to map predictions from the daily |
Description
This PR revises the contents of
source/users/pmodel
:PModel
andSubdailyPModel
are now broken out into a new directory.pmodel_details
andsubdaily_details
part of the doc tree are now focussed on the specific implementations of those models.Building the docs on this PR here (jumping to a page with an embedded draw.io to check they render on RTD and they do):
https://pyrealm.readthedocs.io/en/438-revise-the-p-model-documentation/users/pmodel/pmodel_details/pmodel_overview.html
Fixes #438
Type of change
Key checklist
pre-commit
checks:$ pre-commit run -a
$ poetry run pytest
Further checks