ROGO | Robotic Soil Sampling

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ROGO | Robotic Soil Sampling

ROGO | Robotic Soil Sampling

@Rogo_Ag

🤖 Robotic soil sampling services to improve fertilizer application | https://t.co/D9wWvzcxpj

Remington, IN Katılım Ağustos 2020
202 Takip Edilen109 Takipçiler
ROGO | Robotic Soil Sampling
"93% of 'service calls' had very poor soil test levels" 👀 I'll think of this next time I'm diving down the YouTube agronomy rabbit hole...
Pioneer Troy@deutmeyer_troy

Agronomy Lessons from 2025 #1 IMHO (again) The "Basics" continue to deliver the most consistent yields year in and year out despite weather. Balanced base soil fertility, soil health/biology, uniform emergence & disease management focused customers weather the storm in most cases. Disease & drought tolerance, nitrogen use efficiency, staygreen, standability & economic yield come largely from these four items. While we always need to be learning & implementing new & innovative practices... these need to be your foundation to make others work.

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Ag PhD
Ag PhD@AgPhDMedia·
#AgPhDRadioUpdate | Too Much Nitrogen Lowers pH Too much nitrogen lowers pH! Nitrogen is a tricky nutrient. If your crop is ever short on nitrogen, yield suffers. However, if you apply too much you’ve overspent, especially since nitrogen can be lost through leaching, denitrification, and volatilization. Today we’ll focus on the leaching piece and how that can negatively impact your soil, in addition to your pocketbook. We often have Neal Kinsey, soil fertility expert, on our radio show. He’s said many times that roughly 85% of all nitrate nitrogen converts to nitric acid before it leaches, stripping calcium out. Less calcium means soil pH goes down, which then requires the use of lime to raise both pH and calcium levels back to where they should be. This is why we encourage you to dial in your nitrogen as closely as you can. Use variable rate applications, and try to avoid excess. Too much nitrogen can hurt your soil and cost a lot of money to fix your ground in the long-term.
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ROGO | Robotic Soil Sampling
@SamaHoole “The soil is the great connector of lives, the source and destination of all. … Without proper care for it we can have no community, because without proper care for it we can have no life.” - Wendell Berry
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Sama Hoole
Sama Hoole@SamaHoole·
Soil formation takes 500 years per inch naturally. Well-managed grazing creates new topsoil in 10-15 years. How: Cattle trample dead plant matter into soil, add manure, stimulate root growth, increase soil biology. Result: Soil building 30-50x faster than natural rate. This is how you reverse desertification. This is how you sequester carbon. This is how you restore degraded land. And it's being done RIGHT NOW on degraded rangelands worldwide using intensive rotational grazing. But we're told cattle destroy soil. They're literally the fastest soil-building technology on Earth. And they work for grass.
Sama Hoole tweet media
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ROGO | Robotic Soil Sampling
Here's a (rare😉) point of agreement among the ag tech industry... Almost everyone we've spoken with (and read online) agrees that the top cause of irregularities in soil analysis is inconsistent sampling depths. That's why we've made it the core of our agronomic value prop
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ROGO | Robotic Soil Sampling
Throwback to December's Snowstorm! #soilsampling Some people have asked if snowy conditions throw off our depth accuracy. The answer: It's not really a problem🙂. If the snow IS deep enough to significantly effect sample depths, we likely won't be sampling it for other reasons
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ROGO | Robotic Soil Sampling
Keystone Coop's Matt Clark tells ROGO's Drew Schumacher: Robotic samplers' 1/8" depth precision delivers the best accuracy bang for your buck. Shoutouts to autonomous driving and lockout processes. Straightforward ag tech talk. #RoboticSampling #AgTechInsights
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ROGO | Robotic Soil Sampling
Most soil fertility samples are taken 6-8 inches deep. Most agronomic recs are based on university studies that correlate soil test values to yield, so sampling at the same depth those studies used is critical for accurate results. #SoilSampling #Agronomy #PrecisionAg
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ROGO | Robotic Soil Sampling
Want a great demo of what sets ROGO apart? 👉 We've posted it before, but this Logan Ag demo is fantastic: youtube.com/watch?v=sA6B43… Here's a clip. ROGO uses digital barcodes to track every soil sample from field to lab - eliminating confusion and ensuring total traceability.
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ROGO | Robotic Soil Sampling
Sandy soils can make it tough to pull a clean, complete soil core - but that’s exactly the kind of challenge we designed our sampler to handle. In this video, Corey walks through how the ROGO Sampler maintains accuracy in light, sandy conditions.
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ROGO | Robotic Soil Sampling
Being an inch off in your sample depths can distort your nutrient results by 10-20+% In this video, Drew talks through how dropping the bucket to the ground before extending the probe helps make sure we're hitting depths accurately #agtech #soilsample
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ROGO | Robotic Soil Sampling
Our robot can pull clean soil samples even through heavy corn residue - the sample in this video is as clean (or cleaner) than what we'd get with a hand probe. It's designed to keep residue out and soil flowing freely into the probe. Full Video: youtu.be/hS8SirCCXeY
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ROGO | Robotic Soil Sampling
Because of nutrient stratification, sampling 1/2″ too shallow or too deep significantly changes nutrient results. ROGO fixes these problems in a couple different ways. #agronomy #agtech
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ROGO | Robotic Soil Sampling
Well, it's October 😎 For team ROGO, that means our fleet is in the field and the sampling season is in full swing! To our customers, thank you for your trust and your business! We're looking forward to serving many of you over the next few months. Here's to a great fall...
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