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Hi Michel, thanks so much for reaching out! You can get answers to your application questions by emailing support.environment@metergroup.com. Our scientists will get back to you shortly with all the answers you need to your technical questions. Have a great day!

Hi, thanks for reaching out! if you email your LAI questions to support.environment@metergroup.com, a scientist will get back to you shortly with an answer to all your technical questions.

Hi thanks for reaching out! If you email your question to Colin directly at colin.campbell@metergroup.com, he'll be able to answer all your technical questions about solar zenith angle.

Thanks for the question! Your analysis seems correct but understanding of potential impact of various water potentials on plant performance seems more extreme than I’ve experienced in our work. We’ve given a few virtual seminars on plant performance at various water potentials. In potatoes, for example, a water potential getting close to the accepted -1,500 kPa showed reduction in yield toward 25%. In turfgrass, water potentials approaching -500 kPa correlated with plants stopping water uptake in a coarse sand. From these experiments, a water potential of -140 kPa would indicate to me a slightly-less than optimal water condition but not something that would endanger the plant. For more discussion on water potential ranges for plants, watch this webinar: metergroup.com/webinars/soil-moisture-why-water-content-cant-tell-you-everything-you-need-to-know/. Still, having an osmotic potential of -140 kPa before adding in a soil matric potential does raise the risk of plant stress (and possible salt toxicity) considerably, especially if the osmotic potential level remains undetected. Hope that helps.

@@METERGroup Thanks for replying to my comment. I don't know anything about potatoes or turfgrass, but corn is a water-demanding crop requiring careful attention to matric potential in the effective root zone to raise the yield curve. In arid and semi-arid environments salt accumulation is an ever-present concern as well as coastal areas affected by salt water intrusion. Water potential from -20 to -100 is the agronomic range for most crops, with maximum allowable depletion roughly half that. How do you factor in osmotic potential?

Dr. Gaylon Campbell will be giving a virtual seminar on this material soon - he even has a graph in the presentation related to yield loss in corn related to salinity. You can register for the live webinar here: metergroup.com/webinars/using-the-salt-balance-to-irrigate-more-efficiently/

Hi, thanks for reaching out! If you email this question to support.environment@metergroup.com, they will be able to answer to all your technical questions.

Hi, yes! You can email support.environment@metergroup.com to get all your technical questions answered.

Glad it was helpful!

Hello, the Mini Disk Infiltrometer measures unsaturated hydraulic conductivity. You can find more info here: metergroup.com/products/mini-disk-infiltrometer/

Thanks for the visit

Hi, thanks for reaching out! You can reach out to support.environment@metergroup.com and they will help answer all your technical questions!

Hi, thanks for reaching out! You can reach out to support.environment@metergroup.com and they will help answer all your technical questions about this video!

Hi yes! RUclips has auto translations you can select on each video. Just click settings and subtitles and you can choose your language.

Hi Tagbina, thanks for reaching out! If you reach out to customer support at support.environment@metergroup.com, they'll get you all the information you need to get it up and running! Have a great day!

So I wanna know which is correct ？

Hi, thanks for reaching out! If you reach out to our customer support at support.environment@metergroup.com, they will be happy to get all your technical questions answered!

Sorry about that! We'll troubleshoot to try and fix it!

That's wonderful!

Wow, interesting idea. If you reach out to our customer support at support.environment@metergroup.com, they will be happy to get all your technical questions answered!

Sir, How can i get some answers for my project which is inspired From your lectures and moisture measurement related device?

Hi, thanks for reaching out! You can email our sales department at sales.enviroment@metergroup.com, and they will give you a custom quote.

Hello, if you reach out to our support team at support.environment@metergroup.com, they may be able to point you to some good resources.

Hi, thanks for reaching out! If you reach out to our customer support at support.environment@metergroup.com, they will be happy to get all your technical questions answered!

Hi Vishal, thanks for reaching out! If you reach out to our sales team at sales.environment@metergroup.com, they will be happy to give you the correct pricing for your region.

HI Vishal, you can reach out to our distributor India here: email: info@aimil.com web: www.aimil.com

Hi Yes! We are working on making that video! You can check back in a few months and we should have it uploaded.

@@METERGroup hi, have you completed the video yet?

​@@METERGroupis published the method????

@@dokuchayev there is a paper on the method here: agupubs.onlinelibrary.wiley.com/doi/epdf/10.1002/2016WR019830

@@METERGroup we need a video step by step explaining every part of the method, and how to proceed. There are many papers but not demonstrations, which would help us a lot

Hi, thanks for reaching out. If you reach out to our support team at support.environment@metergroup.com, they will be able to answer all of your technical questions.