… ) of the trees’ residual activity, highlighting the importance of that specific compartment in
the early post-accident phase for Japanese cedar forests. Although the stem (including bark) …

… accident occurred, the deciduous oak had no leaves, whereas the evergreen Japanese cedar
and red pine had needles in Fukushima. … the Japanese cedar and red pine in early spring. …

… as a result of the accident. Therefore, prolonged 137 Cs … In Fukushima and the surrounding
prefectures of Ibaraki and … for timber production, with Japanese cedar (Cryptomeria japonica) …

… In the intermediate contaminated site (5.0–5.8 × 10 4 Bq m −2 ), 34% of radiocesium was
observed in the aboveground tree biomass of the Japanese cedar stand. However, this …

… latter observation period (>2 y since the accident) revealed that the declining trend of 137 …
of the Japanese cedar and Japanese konara oak trees. The 137 Cs concentration in cedar …

… as 134,137 Cs, in the leaves of Japanese cedar (Cryptomeria japonica) that were collected
… accident Japanese cedar forest system, which is widely distributed in the Fukushima region. …

… of trees caused by the Fukushima nuclear accident is essential for predicting the future …
major tree species (Japanese cedar, Japanese cypress, konara oak, and Japanese red pine) at …

… As mentioned above, at the time of the accident, the parts of Japanese cedar's needle
leaves that had already grown before the accident (pre-accident N) were directly exposed to …

… of cedar trees in S3 intercepted a small amount of radiocaesium compared to the amount
of radiocaesium intercepted by the large crown area at the time of the Fukushima accident. …

… the dynamics of accident-derived … Fukushima Dai-ichi Nuclear Power Plant accident, the
radial and vertical distributions of 137 Cs activity concentration in stem wood of Japanese cedar …