Agrishot

Happy New Year! We wish you all the best in 2023! We hope the year of 2023 will be filled with much happiness and innovation for everyone...

It's such a horrible event that the average wine region would go crazy if it rained just as they were about to celebrate veraison, right?...

The effects of the pandemic, which began two years ago, have become more serious in the last year. Due to the worldwide depletion of...

The effects of the pandemic, which began two years ago, have become more serious in the last year. Due to the worldwide depletion of...

Kazuhiro Nishioka [EN] We are proud to announce the birth of our new sap flow sensor! With the help of Nippon Mektron and its parent...

<JP> Kisvin Scienceでは農業技術のアップデートを目的とした研究コンサルティングサービスを実施しております。お客様が抱えられている課題の解決に向けて、お客様と一緒に圃場で研究し、栽培技術の向上にコミットいたします。研究は地味で体力のいる作業の積み重ねが必要で...

This field is located in Shirane, Niigata Prefecture. I have been commissioned to research the effects of certain biostimulant on Le...

The thin-film sap flow sensor will be rolling out from the plant soon. The manufacturing techniques and circuit design have been revised...

In August 1549 (471 years ago), a party of Portuguese missionaries brought wine to Japan. Finally, the wine culture is beginning to take...

Kisvin Science and AgriShot have entered into a business partnership.

Kisvin Science produces both conventional sap flow sensors and the latest thin-film types. Conventional type have an advantage in that...

A sap flow sensor using the Stem Heat Balance Method is a non-destructive tool to quantify water flow in plant body. Plant water...

<JP> 根から葉裏に分布する気孔まで続く一連の木部（導管）を流れる樹液の流れを樹液流（Sap FLow）と呼びます．導管のサイズと茎/幹/枝断面積内での分布様式は植物によって様々です．樹体内を流れる樹液流は蒸散が駆動力であり、大気飽差と日射によって変わる気孔開度によってそ...