TY - JOUR AU - O. Grosheva PY - 2019/12/04 Y2 - 2024/03/28 TI - ABOUT TECHNIQUE CREATION OF AN INTERDISCIPLINARY RESEARCH ON VEGETABLE ORIGIN TRACES JF - Theory and Practice of Forensic Science and Criminalistics JA - TPFSC VL - 20 IS - 2 SE - COMPLEX EXAMINATION DO - 10.32353/khrife.2.2019.44 UR - https://khrife-journal.org/index.php/journal/article/view/356 AB - Issue of developing appropriateness a technique for establishing a mechanism for formation of vegetable origin traces on clothing items is investigated. Argument is given about the need to develop such a technique is based on special literature analysis. It is important to use specialized expertise in the form of forensic science including interdisciplinary research to make a correct and objective decision in this case. As a rule, interdisciplinary forensics is an interdisciplinary research because it integrates the knowledge of various branches of science. As separate categories, forensic biological examination and forensic trace evidence analysis have a sufficiently developed scientific base. At the same time, regarding their integration in the form of interdisciplinary researches; there is a shortage of appropriate techniques. This directly relates to the need of developing a technique for establishing green layers on object carriers (garments). It is argued that only integration of the forensic biologist (botanist) knowledge about the nature of vegetable origin layering in combination with the specialized expertise of a forensic trace evidence expert based on tracing mechanisms will lead to a scientifically based result. A series of experiments was carried out which results revealed complexes of signs enough to establish the contact nature (static, dynamic) and the movement direction during dynamic contact. This allowed us to conclude that next series of experiments would be expedient which would simulate circumstances of the contact of clothes with the vegetation of various terrain sections during the crime commission. Together, the experiments will become the basis for creating technique for the mechanism detection of green layer formation on clothing. ER -