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John Dee
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Replying to Avatar Nunya Bidness

When I ask other ranchers if they've heard of what's going on with the King Ranch in Washington state they tell me 2 things almost every time:

1. No. Haven't heard about is.

2. Well, that's in Washington so it doesn't affect me here in Idaho (or pick some other state)

The King Ranch case challenges the way of life for all ranchers everywhere in the following ways:

Wetlands: The DOE (Department of Ecology) is not using sound science to determine wetlands, placing the burden on landowners to prove an area is not a wetland. The case shows that man-made stock ponds can be considered wetlands by the DOE.

Stockwater: Although RCW 90.44.050 allows the digging of permit-exempt stock ponds, the DOE and the DNR (Department of Natural Resources) has stated that digging without a permit is not acceptable.

DNR Leases: The DNR claims it can declare a lease in default and seize any improvements made by the lessee, such as fences and solar panels. This means DNR can remove lessees if DOE alleges water pollution, without offering due process.

Government Overreach: The DOE has been investigating alleged activities on King Ranch since 2021 without notifying the owners or having jurisdiction. They contacted officials and agencies before notifying the Kings, attempting to pressure them without evidence or due process. The DOE is also targeting stock ponds on the Kings' private property, insisting permits are required for any digging.

Criminal Investigation: While the civil investigation was ongoing, the AG's office started a parallel criminal investigation using the Special Inquiry Judge Act. This allows the state to keep evidence secret and issue subpoenas for anyone believed to have relevant information, including ranch employees. This statute can be misused to secretly investigate alleged environmental crimes.

Cultural Resources: The DNR falsely accused the Kings of violating "cultural resource" laws, despite the fact that cattle have been on the property for over 120 years, with 68 years under the King family. The DNR did not identify any new sites or notify the Kings of any necessary changes to their operations.

Ranchers (and farmers) who sleep on this and think it won't affect them are doing themselves and each other a disservice. It's just a matter of time before it does affect them.

https://fountain.fm/episode/4NnZPnWDlQ6vaNCkheaM

Current WA AG Ferguson will be governor soon.

I found the source of battery drain on the compost sensor. It was the infernal Adafruit soil moisture sensor all along!

sleep(), deepsleep() and RTC wake were all the same. The new Chirp! moisture sensors support sleep(), so I'll try those out soon. For now, it's time to build a few production models and start composting!

nostr:nevent1qvzqqqqqqypzpl3j9x8zn245as53rsxmmkjgtsrnlp5u23zwayhh4cj8a5s9zcn9qyghwumn8ghj7mn0wd68ytnhd9hx2tcpz4mhxue69uhhyetvv9ujuerpd46hxtnfduhsqg98vlchfds2dms5d88evr7eca89mw3uzjpwrrv2mhsayhmyw4uy5ysqym4s

deepSleep() for the compost sensor was a bust.

Left half is sleep(), right is deepSleep(). Trying out some new code now with RTCZero that sets an alarm on the real-time clock to wake up from standby mode.

Cool project. I'm doing something similar with Adafruit Feathers transmitting over LoRa, integrated with Home Assistant. My focus right now is measuring compost pile temperature to optimize the process. Currently trying to reduce power usage for longer life on battery.

What kind of moisture sensor are you using? How well does it work for you? Adafruit soil sensors have been disappointing so far, but I have a new model called Chirp that looks promising.

https://github.com/zappityzap/compost-sensor

First results on optimizing battery life for the compost sensor:

This chart measures the voltage of the battery over time. The first steeper slope is a baseline, with a simple CPU delay() called during the loop(). The second shallower slope is calling sleep() from the LowPower Arduino library. Not as much improvement as I expected, so I'll try deepSleep() next.

Primary purpose is measuring temperature at the center of a compost pile. Secondary is a soil probe that measures ambient air temperature and maybe moisture, if I can find one that actually works.

First compost sensor assembled.

I grew about two dozen of these feijoa (pineapple guava) from seed about five years ago. This is the first flower I've seen on any of them.

Astronaut in a jungle, cold color palette, muted colors, very detailed, sharp focus

holding a sign made of flames that says "MINE BITCOIN"

Steps: 20, Sampler: Euler, Schedule type: Simple, CFG scale: 1, Distilled CFG Scale: 3.5, Seed: 12345, Size: 896x1152, Model hash: 3f97fdc57a, Model: flux1-dev, Denoising strength: 0.15, RNG: CPU, Hires upscale: 2, Hires steps: 10, Hires upscaler: 4xNomos8k_atd_jpg, Version: f2.0.1v1.10.1-previous-306-g2f0555f7, Module 1: ae, Module 2: clip_l, Module 3: t5xxl_fp8_e4m3fn

running flux1-dev on Forge #stablediffusion