1. 青木英士・保倉明子・中井 泉・寺田靖子, 2008, 機器分析による土砂試料の異同識別に関する基礎研究．法科学技術, 13, 25–36. ［Aoki, E., Hokura, A., Nakai, I. and Terada, Y., 2008, Fundamental research for forensic characterization of soil samples by using instrumental analysis. Japan. J. Forensic Sci. Technol., 13, 25–36.］
2. 青柳勇治, 1959, 微量細土の異同識別について．科学と捜査, 12, 144–150. ［Aoyagi, Y., 1959, Discrimination of small amount of the soil. Sci. Crime Detect., 12, 144–150.］
3. 藤本宣國・土橋 均・辰野道昭・福田公郎, 1986, 土壌中の腐食物質の形態分析による土壌の異同識別について．科警研報告（法科学編）, 39, 120–125. ［Fujimoto, N., Tsuchihashi, H., Tatsuno, M. and Fukuda, K., 1986, Application of morphological analysis of humic substances in soils to forensicsoil discrimination. Rep. NRIPS（Res. Forensic Sci.）, 39, 120–125.］
4. Goin, L. J. and Kirk, P. L., 1947, Application of microchemical techniques: Identity of soil samples. J. Criminal Law Criminol., 38, 267–281.
5. 平尾将崇・前田一誠・岩井桃子・今 直誓・廣川純子・阿部善也・中井 泉, 2016, 放射光X線分析を用いた北陸地方の法科学土砂データベースの構築と実用化に向けた検討．X線分析の進歩, 47, 233–248. ［Hirao, M., Maeda, I., Iwai, M., Kon, N., Hirokawa, J., Abe, Y. and Nakai, I., 2016, Construction of forensic soil database of the Hokuriku region in Japan by using synchrotron radiation X-ray analyses and evaluation of validity toward the practical applicaton. Adv. X-Ray Chem. Anal. Japan, 47, 233–248.］