Still 690 Bq/Kg of Cs-134/137 measured from ground soil in Yamagata city / Beside a water distribution station

↑ The screenshot of the street view where 690Bq/kg was measured from the soil of.

Still high level of Cs-134/137 is detected from the ground soil in Yamagata city, according to Yamagata university and Yamagata prefectural government.

Because Cesium-134 is detected, this is from Fukushima accident for 100%.

The highest reading was 690 Bq/kg. The sampling date 12/20/2013. The soil sample was taken from 0~5cm deep of the ground. The sampling location is approx only 30m from a water distribution station as on the map below.

252 Bq/Kg of Cs-134/137 was also measured in 5~10 cm depth.

The second highest reading was 530 Bq/kg, which were measured at 2 other locations in Yamagata city.

Related article.. Cesium-134/137 level spiked in 21 elementary school ground soil in Kamakura in 2013 [URL]

https://www.pref.yamagata.jp/pickup/interview/pressrelease/2014/03/26140110/press_file03.pdf

Iori Mochizuki

Downplay it in the beginning, and quietly add more information so nobody notices it. All for not letting the cattle escape. This is their strategy.

_____

Français :

Cs-134/137 measured from 92 of 92 swallow nests in Fukushima / Highest density was 90,000 Bq/kg

Toujours 690 Bq/kg de césium au sol à Yamagata : à côté d’un centre de distribution d’eau

↑ Capture d’écran de la vue où les 690 Bq/kg ont été relevés au sol.

On relève toujours une forte radioactivité en Cs-134/137 dans le sol de la commune de Yamagata, selon la préfecture et l’université de Yamagata.
Ça vient forcément à 100 % de l’accident de Fukushima parce qu’on relève du césium 134.

Le record a été de 690 Bq/kg. L’échantillon est du 20 décembre 2013. L’échantillon de sol a été pris dans la couche de 0 à 5 cm de profondeur. L’endroit échantillonné est à environ 30 m seulement d’une station de distribution d’eau comme le montre la carte ci-dessous.
On a relevé aussi 252 Bq/kg de Cs-134/137 dans la couche des 5 à 10 cm de profondeur.

Le second relevé record est de 530 Bq/kg, en 2 autres endroits de la ville de Yamagata.

Article lié : La radioactivité en césium monte en flèche en 2013 dans le sol de 21 écoles élémentaires de Kamakura

https://www.pref.yamagata.jp/pickup/interview/pressrelease/2014/03/26140110/press_file03.pdf

Le minimiser au début et ajouter tranquillement de nouvelles information pour que personne ne le remarque. Tout pour que le troupeau ne s’échappe pas. C’est leur stratégie.

2 Comments

Just Some Guy says:

March 30, 2014 at 1:51 am

Yamagata City had voluntary evacuation.

This is the type of event that is going to be the downfall of the pro-nuke crowd.

Japan/TEPCO/pro-nuke, 3 years later are still being reactive to the situation. Their biggest advantage is apathy from the general public. Pro-nuke has all the support they need in the Government of Japan, they just need to keep the general populace from taking an active interest in the battle.

We have seen that Tokyo does not care about Fukushima radiation anymore. It is all a case of not in my back yard. The Tokyo 2020 Olympic bid package specifically that there are no nuclear reactors in Tokyo.

Japan/TEPCO has just brought radiation into the back yard of the City of Yamagata, and in doing so, have made some new enemies. They have also alerted everyone in voluntary evacuation zones that they need to check their soil. And that they may also have cause for claims for compensation against TEPCO.

Side note: In the Bid Package for the 2020 Olympics, which was submitted in 2012, details of TEPCO’s ability to generate power were detailed. In July 2012, TEPCO was generating 5 Mw more than before the 3/11 event. That is a gain of 5 Mw above replacing the power from the Nuclear Power Stations. The Bid continues to say that TEPCO already has all power they need for the 2020 Olympics. TEPCO also has plans for an additional 3 Mw by 2015. Plans have already been made to “ensure a low-cost and stable power supply for the future.”

There will also be over 5 Billion $USD spent in construction of Olympic Venues in the next 5 years. This does not include other infrastructure projects, roads, light rail, subway and waterside construction.

It would be interesting to know how much labor will be required for all the projects involved, that could be useful at Fukushima.
Bill Duff says:

March 30, 2014 at 7:45 am

Radioactive Fallout is concentrated in low areas by rain runoff from mountains.

Yamagata city is located in a valley and as a result has extreme temperature. In the summer the temperature rises frequently and weather is very humid. Winter in Yamagata is very cold and many areas experience snowfalls at this time.

Natagiri Toge (Japan): Is a a break in a mountain range or other high obstruction, used for transportation from one side to the other [See also gap] in the country of Japan. Its center lies at a latitude of 38.6894000 and longitude of 140.5291000and it has an elevation of 439 meters above sea level. Natagiri Toge also goes by the names, Natagiri Toge, Natagiri Tōge, Natagiri Zuido, Natagiri Zuidō, natagiritouge, shan dao fa gu, shan dao fa sui dao, なたぎりとうげ, ナタギリトウゲ, 山刀伐峠, 山刀伐随道

Ohora-yama (Japan): Is a an elevation standing high above the surrounding area with small summit area, steep slopes and local relief of 300m or more in the country of Japan. Its center lies at a latitude of 38.0686100 and longitude of 140.2027800and it has an elevation of 626 meters above sea level.

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Still 690 Bq/Kg of Cs-134/137 measured from ground soil in Yamagata city / Beside a water distribution station

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