#scientificliterature — Public Fediverse posts

😩 Stanchi di controllare manualmente eventuali nuove pubblicazioni scientifiche per stare al passo con lo Stato dell'Arte della vostra ricerca?

Qui trovate la soluzione 😉

English version soon!

https://www.mauromaver.eu/posts/rebelot/feed_rss/

#Science #scientificLiterature #feedRSS #stateoftheart #research #journals

😩 Stanchi di controllare manualmente eventuali nuove pubblicazioni scientifiche per stare al passo con lo Stato dell'Arte della vostra ricerca?

Qui trovate la soluzione 😉

English version soon!

https://www.mauromaver.eu/posts/rebelot/feed_rss/

#Science #scientificLiterature #feedRSS #stateoftheart #research #journals

😩 Stanchi di controllare manualmente eventuali nuove pubblicazioni scientifiche per stare al passo con lo Stato dell'Arte della vostra ricerca?

Qui trovate la soluzione 😉

English version soon!

https://www.mauromaver.eu/posts/rebelot/feed_rss/

#Science #scientificLiterature #feedRSS #stateoftheart #research #journals

😩 Stanchi di controllare manualmente eventuali nuove pubblicazioni scientifiche per stare al passo con lo Stato dell'Arte della vostra ricerca?

Qui trovate la soluzione 😉

English version soon!

https://www.mauromaver.eu/posts/rebelot/feed_rss/

#Science #scientificLiterature #feedRSS #stateoftheart #research #journals

😩 Stanchi di controllare manualmente eventuali nuove pubblicazioni scientifiche per stare al passo con lo Stato dell'Arte della vostra ricerca?

Qui trovate la soluzione 😉

English version soon!

https://www.mauromaver.eu/posts/rebelot/feed_rss/

#Science #scientificLiterature #feedRSS #stateoftheart #research #journals

Making #ontologies talk with each other and data in #AgrifoodSystems is challenging and building a #CommunityOfPractice is critical for both development (creation/curation) and adoption (dissemination/annotation). #ProliferationOfStandards remains an obvious issue in the field. Arnaud etal 2020 https://doi.org/10.1016/j.patter.2020.100105

#ScientificLiterature #Data #Agriculture #Governance

Moving towards a measure-able #SoilCarbon model, the MEMS #model centers mineral saturation as a primary driver SOC dynamics. Robertson etal 2019 https://bg.copernicus.org/articles/16/1225/2019/ showing that model-data integration doesn't have to be complicated.

#ScientificLiterature #Biogoechemistry

[[Personal note: Ok I will acknowledge that I don't entirely agree with all their approaches/conclusions here, but still a good paper to read.]]

Making #ontologies talk with each other and data in #AgrifoodSystems is challenging and building a #CommunityOfPractice is critical for both development (creation/curation) and adoption (dissemination/annotation). #ProliferationOfStandards remains an obvious issue in the field. Arnaud etal 2020 https://doi.org/10.1016/j.patter.2020.100105

#ScientificLiterature #Data #Agriculture #Governance

Looking at #soil heterotrophic respiration (Rh) through the lens of precipitation driven biomass dynamics. Hourly Rh & precip from #FluxNet sites were correlated via soil moisture within a biomass framework.

Huang etal 2021 https://www.pnas.org/doi/full/10.1073/pnas.2115283118 found that precip can be a significant explainer of temperature corrected Rh

#Soil #Biogeochemistry #ScientificLiterature #CriticalZone #FluxTower #MicrobesInClimateModels

[Personal note - Clever use of 'microbial' models here!]

Looking at #soil heterotrophic respiration (Rh) through the lens of precipitation driven biomass dynamics. Hourly Rh & precip from #FluxNet sites were correlated via soil moisture within a biomass framework.

Huang etal 2021 https://www.pnas.org/doi/full/10.1073/pnas.2115283118 found that precip can be a significant explainer of temperature corrected Rh

#Soil #Biogeochemistry #ScientificLiterature #CriticalZone #FluxTower #MicrobesInClimateModels

[Personal note - Clever use of 'microbial' models here!]

Looking at #soil heterotrophic respiration (Rh) through the lens of precipitation driven biomass dynamics. Hourly Rh & precip from #FluxNet sites were correlated via soil moisture within a biomass framework.

Huang etal 2021 https://www.pnas.org/doi/full/10.1073/pnas.2115283118 found that precip can be a significant explainer of temperature corrected Rh

#Soil #Biogeochemistry #ScientificLiterature #CriticalZone #FluxTower #MicrobesInClimateModels

[Personal note - Clever use of 'microbial' models here!]

Looking at #soil heterotrophic respiration (Rh) through the lens of precipitation driven biomass dynamics. Hourly Rh & precip from #FluxNet sites were correlated via soil moisture within a biomass framework.

Huang etal 2021 https://www.pnas.org/doi/full/10.1073/pnas.2115283118 found that precip can be a significant explainer of temperature corrected Rh

#Soil #Biogeochemistry #ScientificLiterature #CriticalZone #FluxTower #MicrobesInClimateModels

[Personal note - Clever use of 'microbial' models here!]

Looking at #soil heterotrophic respiration (Rh) through the lens of precipitation driven biomass dynamics. Hourly Rh & precip from #FluxNet sites were correlated via soil moisture within a biomass framework.

Huang etal 2021 https://www.pnas.org/doi/full/10.1073/pnas.2115283118 found that precip can be a significant explainer of temperature corrected Rh

#Soil #Biogeochemistry #ScientificLiterature #CriticalZone #FluxTower #MicrobesInClimateModels

[Personal note - Clever use of 'microbial' models here!]

#TreeMortality is often neglected in #EarthSystemModels. Global veg models are often very satellite driven leading to detailed #photosynthesis models (dependent on in solar radiation, temperature, and moisture) but less detailed tree death (often just proportional to biomass).

Yu etal 2022 ( https://www.nature.com/articles/s41467-022-29619-4 ) used #MachineLearning to better estimate tree mortality. => Generally reduced expected #LandCarbonStocks.

#Biogeochemistry #ScientificLiterature