Extension study of:
Impoundment Depletion: A New Hydrologic Paradigm Grounded in the Great Salt Lake Basin
zenodo.org/records/1849...

Architectural Framework for Remediating Anthropogenic Inflow Losses to Great Salt Lake
#GreatSaltLake #utah #salinelakes
New upload:
doi.org/10.5281/zeno...

Unfortunately, GSL narrative is intrenched in belief perseverance, anchored in financial incentives holding it back.
My GSL study is the case study for cause and effect, but not for the remedy yet.

Mechanisms First
Numbers second
That is the paradigm shift I exposed in my paradigm study.
That paradigm shift is taking hold in the Colorado River talks.
Accurate accounting over narrative.
It feels good to watch it happen. I worked hard for that.

The fix could be done without harm to providers, water rights, consumers, mineral extraction or wildlife management. It all lies in how the system flows.

If I had the authority, I understand the mechanisms to fix the GSL anthropogenic portion of the system now.

The dust threat has been exaggerated.
The GSL desiccation has been exaggerated.
the repair to the system has been misaligned, simply adjusting how water move through the system can restore lake functions of elevation and dust concerns.

Elements, considered toxic, are locked in mineral grains, not bioavailable. Any possible harm would come from the particles not what they are made of.
These calculations show exposure is rare. Even doubling/tripling would not pose a threat.

99.8% of the time PM10 is below the "unhealthy" designation, which is 0.2% of the time.
This includes all lift sources, not just GSL. GSL is a lesser contributor.

0.49%, hourly PM10 annually exceeds "unhealthy for sensitive" groups. 5-year average.
#GreataltLake #Utah #Utpol
Calculated from Utah DEQ hourly PM10 monitoring measurements. 3/6/2026
No risk 99.5% of the time.

Groundwater system runs like the reservoir system should, take what we need let the rest flow. This year we have a normal water year with a majority falling as rain bypassing reservoirs through groundwater pathways.
This is my next dive.

New hypothesis to reason out:
Given the current reservoir system, a shift from snow to rain increases the proportion of basin water that reaches Great Salt Lake.
Climate can change many things, if rain penetrates ground better than snow melt it may benefit GSL by bypassing reservoirs.

Hydrologic and Surface‑State Consequences of Berming Farmington Bay: A Quantitative Assessment
Article here:
#GreatSaltLake
doi.org/10.5281/zeno...

9/
Mono Lake had a federal diversion problem.
Great Salt Lake has an impoundment evaporation problem.
A strategy built for one cannot solve the other.

8/
The path to recovery runs through:
– operational transparency
– need‑based storage
– accurate water accounting
Not species proxies borrowed from a different hydrologic system.

7/
Invoking the ESA can entangle the federal government and create litigation risk, but it cannot:
– rewrite state water law
– force releases from impoundments
– alter reservoir operations
– reach the dominant mechanism of inflow loss

6/
Biologically, phalaropes are generalist feeders, not obligate GSL specialists.
Their vulnerability is flyway‑scale staging efficiency, not collapse tied to a single lake.
This makes them a weak anchor for ESA‑based intervention.

5/
GSL hydrology is not under those conditions. Reservoirs, canals, and impoundments are controlled by state water rights and local water companies, not federal agencies.
The phalarope angle is jurisdictionally impotent against that structure.

4/
The phalarope narrative comes straight from the Mono Lake playbook:
Choose a charismatic bird with a vast migratory footprint → declare local crisis → expect federal leverage.
But that leverage only existed at Mono Lake because the diversions required federal approval.

3/
At GSL, impoundments account for nearly 75% of anthropogenic inflow loss.
These are operated by state agencies and water companies selling to consumers.
There is no federal nexus, which means no federal lever.

2/
Not all saline lakes are the same.
Mono Lake’s decline was driven by federally‑approved diversions.
Great Salt Lake’s decline is driven by state‑managed impoundments and operational storage, not federal diversions.

1/
The phalarope strategy cannot help the #GreatSaltLake.
This thread explains why.
The idea was imported from Mono Lake environmentalism, but the hydrology and governance are fundamentally different.

Roughly 27 hours of dust lift over a year's time.

Folks are talking about spending billions to mitigate a days' worth of dust lift that contain minerals which require human modification to be toxic candidates for inhalation.

Dystopian.

3/
Groundwater pumping now removes more water from the Great Salt Lake system each year than many of its tributaries deliver.

2/
Over 178 years, groundwater pumping in the Great Salt Lake basin has grown from zero to ~800,000 acre‑feet per year, simultaneously reducing the need for reservoir releases and suppressing natural groundwater discharge to the lake, lowering Great Salt Lake inflow on two fronts.

1/
Today, groundwater pumping intercepts roughly 800,000 acre‑feet of water every year that would otherwise help sustain #GreatSaltLake .

#GreatSaltLake studies
doi.org/10.5281/zeno...

Sampling the Playa creates dust lift zones
Surface disturbance is one of the biggest drivers of Playa dust lift.
Traversing the playa to sample the playa and spring creates disturbance in the Playa.
#GreatSaltLake

In other words: the act of sampling can create the dust we think we’re measuring.

I’ve learned to refine my tone, but my analysis has been consistent: the ‘five‑year death’ narrative was never supported by hydrology, and the ‘toxic dust’ narrative isn’t supported by sediment or PM₁₀ evidence.
Accuracy matters.

It explains why dust emission is a rare, mechanism‑driven process, not an inevitable outcome of exposure, and clarifies how soil chemistry, surface physics, and saltation shape what can (and cannot) become airborne.