Corrigendum to “Multi-technique radiometric assessment of a desert-marine ecosystem facilitating radiological-environmental safety in hyper-arid regions” (Radiation Physics and Chemistry, (2026), 240, C, (113404), (S0969806X25008965), 10.1016/j.radphyschem.2025.113404)

The authors regret that the references cited in the first column in Table 1 of the original article were wrongly formatted. The updated table is provided below. Table 1: Gamma spectrometry activity concentration of geological, marine, plant and farm samples (Bq kg⁻¹ of dry weight).ID or Ref.MatrixU progeniesTh progeny⁴⁰K²³⁸U²¹⁴Pb²¹⁴Bi²⁰⁸TlG1Sand–18 ± 336 ± 74 ± 2284 ± 40^a(Conatser et al., 2015)UAE Soil (FANR)8–23 (15)3–13 (6.5)133–364 (231)^a(Mohamed Al Rashdi, 2018)Al Dhafra Soil5–65 (16)2–18 (8)141–611 (350)^a(Raj et al., 2022a)UAE Soil (overall)1.2–64.80.6–18.54.9–611.2G3Gypsum14 ± 414 ± 213 ± 7–BQLG4Limestone–10 ± 3––BQLGx1Sandstone19 ± 417 ± 519 ± 7–435 ± 42^a(Shamsi, 2014)UAE Rock (overall)2–55 (23)––0.05–6 (0.6)–M17Marine plant–9 ± 36 ± 7–412 ± 42M20Marine plant–15 ± 34 ± 6–598 ± 46M21Marine plant–12 ± 34 ± 6–358 ± 37B8Rimth–8 ± 320 ± 6–114 ± 37B9Kharmeel––––BQLB10Harm–4 ± 317 ± 6–127 ± 37B11Sabat–0.5 ± 39 ± 7–BQLFP26Tomatoes–17 ± 331 ± 7–492 ± 44^a(Raj et al., 2024)Tomatoes–BQLBQL–1179FP27Cucumbers––11 ± 7–669 ± 48^a(Raj et al., 2024)Cucumbers–18 ± 7––1578FP28Date fruits–17 ± 324 ± 7–71 ± 37^a(Raj et al., 2022b)Date fruits–1.06––308FP29aCamel milk––––194 ± 38FP29bGoat milk––––60 ± 37BQL denotes measurement below quantification limit. [–] shows concentration is at the background (not observed) level.aComparison with selected literature from the UAE. Note: soil is predominantly sandy soil in the UAE. The authors would like to apologise for any inconvenience caused.