Nathan Reaver

Dr. David Kaplan@WatershedEcol

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Nathan Reaver@ReaverNathan·16 Nis

Congrats Rob! Always doing great work!

Congratulations to #wundergrad Rob Taylor on the defense of his thesis "Measuring Submerged Aquatic Vegetation Using Digital Video Analysis"! Rob FAR exceeded expectations for an undergraduate research project and I couldn't be prouder of this smart, hard-working, and kind human!

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Nathan Reaver@ReaverNathan·9 Nis

@WatershedEcol @DrAquaMatt @ZipperSam @UB_Hydro @FloodHydrology @HydroecoLab @AGUecohydro @jimjawitz @ufWetland I'm in as well!

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Dr. David Kaplan@WatershedEcol·8 Nis

@DrAquaMatt @ZipperSam @UB_Hydro @FloodHydrology @HydroecoLab @AGUecohydro @ReaverNathan @jimjawitz Yes to La Tienda! 12:00 PM? We can carpool from @ufWetland if y'all want.

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Dr. David Kaplan@WatershedEcol·8 Nis

New Paper Alert w/ @milesphd and @UFcoastal: Nitrogen-enriched discharges from a highly managed watershed intensify red tide (Karenia brevis) blooms in southwest Florida (free download until 5/10/22: tinyurl.com/ynt3uuyh) So...WHY is this news? Check the 🧵 from @milesphd

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Nathan Reaver@ReaverNathan

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UF/IFAS Dept of Soil, Water & Ecosystem Sciences@SoilWaterSci·29 Mar

#water #hydrology

Do individual catchments follow Budyko curves as their climates change? Our recently published paper in @EGU_HESS suggests the answer is no: doi.org/10.5194/hess-2… Interested in water resources, catchment hydrology, or ET? Check it out! @WatershedEcol @jimjawitz

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University of Florida Water Institute@ufwater·29 Mar

📢hot off the press by @ufwater Research Assistant Scientists @ReaverNathan and colleagues.

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Dr. David Kaplan@WatershedEcol·28 Mar

Thanks for highlighting this work @KinarNicholas! We really had to fight to get this one out since it challenges some firmly held--but largely untested--assumptions about how precipitation partitioning in #catchments changes with #climate and #watershed properties. #Budyko

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Nathan Reaver@ReaverNathan·29 Mar

@FloodHydrology @WatershedEcol Thanks for sharing our paper @FloodHydrology! This one took quite a bit of effort to get over the finish line. I hope you find it interesting.

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Nathan Reaver@ReaverNathan

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Nate Jones@FloodHydrology·28 Mar

You got to love a good #Budyko analysis!!!! Looking forward to digging in @ReaverNathan and @WatershedEcol!!!

Do individual catchments follow Budyko curves as their climates change? Our recently published paper in @EGU_HESS suggests the answer is no: doi.org/10.5194/hess-2… Interested in water resources, catchment hydrology, or ET? Check it out! @WatershedEcol @jimjawitz

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Nathan Reaver@ReaverNathan·28 Mar

Thank you @KinarNicholas for highlighting our new publication as the Hydrology Paper of the Day! Interested in water resources, catchment hydrology, or ET? Check it out! @WatershedEcol @jimjawitz

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Nathan Reaver@ReaverNathan·28 Mar

@KinarNicholas @WatershedEcol @jimjawitz Thank you for the highlight and summary @KinarNicholas!

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Katie McCurley Pisarello@katie_pisarello·6 Ara

After years of evolution, it is so exciting to finally publish this work with @jimjawitz, wherein we propose our new hydroclimate classification system: Water-Energy Clustering 💧

New research article: Coherence of global hydroclimate classification systems doi.org/10.5194/hess-2…

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Ross Woods@rosswoodskiwi·18 Mar

I read this paper as an argument against parametric Budyko curves. I enjoyed it very much. Recommended reading for those with an interest in Budyko curves.

New research article: Theoretical and empirical evidence against the Budyko catchment trajectory conjecture doi.org/10.5194/hess-2…

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Sara Goeking@SaraGoeking·19 Mar

"...data from 728 reference catchments...illustrate that catchments rarely follow Budyko curve trajectories...rendering the parametric Budyko equations underdetermined & lacking predictive ability...[&] nonunique, suggesting their physical interpretations are unfounded."

New research article: Theoretical and empirical evidence against the Budyko catchment trajectory conjecture doi.org/10.5194/hess-2…

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Nathan Reaver@ReaverNathan·23 Mar

Do individual catchments follow Budyko curves as their climates change? Our recently published paper in @EGU_HESS suggests the answer is no: doi.org/10.5194/hess-2… Interested in water resources, catchment hydrology, or ET? Check it out! @WatershedEcol @jimjawitz

New research article: Theoretical and empirical evidence against the Budyko catchment trajectory conjecture doi.org/10.5194/hess-2…

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Nathan Reaver@ReaverNathan·23 Mar

The paper is open access and there is a lot of additional information in the supplement for those interested: hess.copernicus.org/articles/26/15… Thanks to my co-authors @WatershedEcol, Harald Klammler, and @jimjawitz for helping me see this through. Reach out if you have any Qs! (8/8)

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Nathan Reaver@ReaverNathan·23 Mar

While this paper is critical of the parametric Budyko framework, the criticisms emerged from a genuine interest in the topic and engagement with the literature. The limitations of the framework only became apparent after applying it within our own work. (7/8)

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Nathan Reaver@ReaverNathan·23 Mar

Do individual catchments follow Budyko curves as their climates change? Our recently published paper in @EGU_HESS suggests the answer is no: doi.org/10.5194/hess-2… Interested in water resources, catchment hydrology, or ET? Check out this thread... @WatershedEcol @jimjawitz (1/8)

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