Establishing Forensic Anthropology Units in Indian Medical Colleges: From Theory to Praxis

Abstract

Forensic anthropology is integral to medico-legal investigations involving skeletal, decomposed, and fragmentary human remains. In India, despite increasing case requirements, forensic anthropology largely functions without dedicated institutional units. This article reviews the status of forensic anthropology practice in India and proposes a feasible implementation framework for establishing forensic anthropology units within Indian medical colleges. This article discusses the challenges in the establishment of a forensic anthropology unit in Indian medical colleges. Dedicated forensic anthropology units can be established within existing forensic medicine departments using modest infrastructure, basic anthropometric instruments, trained faculty, and interdepartmental collaboration. Institution-based forensic anthropology units are feasible, cost-effective, and essential for strengthening medico-legal services, training, and research in India.

Introduction

Forensic anthropology is a specialized discipline that applies principles of human anatomy, osteology, and biological anthropology to medico-legal investigations, particularly in cases involving skeletal or decomposed human remains. ¹ Core applications include estimation of age, sex, stature, ancestry, and interpretation of trauma from human remains. ² These parameters together constitute the biological profile, which forms the cornerstone of forensic identification in cases involving skeletal remains.^{3, 4}

Globally, forensic anthropology has evolved as an independent professional specialty with dedicated academic programs and functional units. ⁵ In contrast, forensic anthropology in India remains underdeveloped as a structured institutional service, with most forensic anthropological work being performed within general forensic medicine departments rather than in dedicated units. ⁶ Earlier Indian literature has similarly highlighted that forensic anthropological work in India has traditionally been conducted within forensic medicine departments without independent institutional recognition, underscoring the need for structured development. ⁷

Although dedicated forensic anthropology units are limited, elements of forensic anthropological work are undertaken in several Indian medical colleges within forensic medicine departments. ⁶ Formal documentation of the number of institutions with structured forensic anthropology facilities, however, is lacking. Similarly, while forensic anthropology teaching and research activities have been reported from a few institutions, a comprehensive national inventory of training programs is currently unavailable.^{6, 8} This underscores the need for a structured framework to guide standardized development across institutions.

Forensic anthropology training in India is currently integrated within forensic medicine curricula at undergraduate and postgraduate levels in many institutions, and isolated research initiatives exist in selected centers. However, structured, stand-alone forensic anthropology training programs remain limited, available at very few centers, including institutions such as Yenepoya University, having a Forensic Anthropology and Taphonomy Center with international collaboration running the Post Graduate Diploma in Forensic Anthropology. The standardized national guidelines for training and infrastructure have not been formally delineated at the national level.^{6, 8}

Recent Indian research demonstrates continued application of forensic anthropological methods, particularly in stature estimation using limb dimensions in region-specific populations.^{9, 10} Additional Indian studies have explored diverse osteometric and craniofacial parameters for personal identification, including hand dimensions, mastoid process measurements, and foramen magnum indices, highlighting the importance of developing population-specific standards in forensic anthropology.^{4, 11, 12} These studies highlight the need for institutional facilities capable of generating and validating population-specific anthropometric datasets. Recent advances in forensic identification also emphasize the role of dental and skeletal age estimation techniques, supported by imaging modalities and population-based datasets, further reinforcing the need for specialized forensic anthropology units. ¹³ Establishing forensic anthropology units within medical colleges is therefore a pragmatic solution, as these institutions already possess trained medico-legal manpower, mortuary facilities, and opportunities for interdisciplinary collaboration. ⁸

This article intends to initiate deliberations on the current status of forensic anthropology practice in India, with a focus on challenges faced while establishing forensic anthropology units, including infrastructural, staffing, and instrumentation requirements for forensic anthropology units, and proposes a feasible implementation framework suitable for Indian medical colleges.

Our proposal is based on published literature on forensic anthropology, relevant regulatory documents issued by the National Medical Commission, ¹⁴ and experiential insights gained during the establishment of a forensic anthropology unit in an Indian medical college.

Need for Forensic Anthropology Units in India

Forensic anthropology plays a critical role in the justice delivery system by assisting courts with scientifically sound biological profiling of unidentified human remains. ¹ In India, skeletal remains are frequently encountered in criminal investigations, missing person cases, and disaster scenarios. Dedicated forensic anthropology units improve the consistency, quality, and credibility of expert opinions. Forensic anthropological methods are central to human identification, particularly in the analysis of skeletal, fragmentary, and decomposed remains encountered in medico-legal practice. ³

The availability of in-house facilities enables the application of population-specific stature-estimation methods, as demonstrated in Western Indian studies correlating stature with forearm length, arm span, and biacromial width.^{9, 10} Such research done with scientific rigor in two or three different places in the same region, strengthens the evidentiary value of medico-legal opinions presented before courts and enhances judicial confidence in expert evidence under Section 39 of the BharatiyaSakshyaAdhiniyam, 2023 (BSA).

Initial Challenges in Establishing a Unit

Key challenges in establishing forensic anthropology units include institutional and resource constraints, limited trained manpower, and infrastructure and equipment costs. These challenges are not unique to India and have been reported even in regions with well-established forensic anthropology services. ¹⁵

Presenting a clear implementation plan that emphasizes academic output, medico-legal utility, and low incremental costs can facilitate institutional support. Financial feasibility is further supported by the relatively low cost of the basic anthropometric instrument set, which is minimal in the context of overall departmental budgets and significantly aids administrative approval.

Staffing Pattern

A forensic anthropology unit can function effectively within an existing forensic medicine department. Core staffing includes forensic medicine faculty members such as Professors, Associate Professors, Assistant Professors, and Senior Residents. The availability of a trained forensic anthropologist is desirable and adds specialized expertise to the unit; this role may be fulfilled by forensic medicine experts with focused training or research in forensic anthropology. If trained Forensic Anthropologists or substitutes are not available, at least skill-building in forensic anthropology should be considered among the existing faculty. Support staff may include a technician or multi-tasking staff member. In addition, emerging roles such as forensic nurses trained in medico-legal investigation can play a useful role in disaster victim identification (DVI) and complex identification scenarios, particularly in cases involving disfigured or fragmented remains. ¹⁶ Periodic training and continuing medical education are essential to maintain competency and update skills. ⁸

Infrastructure Requirements

A designated workspace within the forensic medicine department is generally sufficient for establishing a forensic anthropology unit. Minimum infrastructure requirements include examination tables, secure storage facilities, computing and documentation systems, and appropriate protective equipment. Medical colleges offer inherent advantages through proximity to anatomy, radiology, dentistry, and pathology departments, thereby enabling effective interdisciplinary collaboration. ¹⁷

Instruments and Equipment

Most essential anthropometric instruments required for forensic anthropology practice are inexpensive and are already mandated under the National Medical Commission regulations for medical colleges. ¹⁴ These include anthropometers, osteometric boards, sliding and digital calipers, goniometers, weighing scales, and stadiometers. Advanced tools such as three-dimensional imaging and stereophotogrammetry may be added progressively depending on institutional capacity and research orientation. ¹⁵

Data Generation, Research, and Training

Forensic anthropology units facilitate the development of regional anthropometric standards, structured undergraduate and postgraduate training, and research output relevant to Indian populations. Training integration should include mandatory hands-on exposure for postgraduate students in skeletal analysis and medico-legal report writing, while undergraduate students may be introduced to osteology and basic anthropometry. Recent Indian stature-estimation studies underscore the importance of sustained institutional research in refining forensic standards applicable to local populations.^{9, 10}

Disaster Victim Identification

Forensic anthropologists play a key role in DVI by assisting in biological profiling, sorting of commingled remains, and reconciliation processes. ¹⁸ Given India’s vulnerability to natural and man-made mass disasters, institutional forensic anthropology capacity assumes particular national importance. Indian literature has emphasized the relevance of forensic anthropology expertise in DVI scenarios, especially in mass fatality incidents requiring coordinated medico-legal response. ¹⁹ Identification in such scenarios often involves challenges related to burned, fragmented, or commingled remains, necessitating integration of osteological analysis with other identification modalities.^{16, 20} The faculty may be encouraged to attend the skill-based workshops as a part of the Faculty Development Program so that in the time of disasters, they may not be seen wanting in such skills.

Proposed Minimum Standards and Operational Workflow

Minimum Standards for a Forensic Anthropology Unit

Component: Minimum requirement.

Space: One to two rooms within the forensic medicine department.

Staff: Forensic medicine faculty with a trained anthropologist (desirable).

Instruments: Basic anthropometric set (low cost, NMC-mandated).

Training: Periodic CME and postgraduate hands-on case analysis.

Collaboration: Anatomy, radiology, dentistry.

Standard Operational Workflow

Reception: Receipt of remains from police custody with secure logging and maintenance of the chain of custody

Inventory: Skeletal inventory with photographic and radiographic documentation

Analysis: Biological profile estimation (age, sex, stature) and trauma assessment

Reporting: Preparation of expert opinion using population-specific data with court-ready documentation

Storage: Secure long-term storage of relevant remains, records, and data as per guidelines.

This workflow aligns with established forensic anthropological examination practices and internationally accepted medico-legal identification procedures. ²¹

Limitations

This article is a framework proposal. Institutional variability may influence feasibility, and nationwide audit data on forensic anthropology services in India are currently limited. Several institutions are known to perform forensic anthropological casework and research within forensic medicine departments; however, due to the absence of centralized reporting or formal designation of units, it is not possible to enumerate all such centers. The present framework, therefore, aims to support standardization and capacity building rather than imply the absence of existing expertise.

Conclusion

The establishment of forensic anthropology units in Indian medical colleges is feasible, cost-effective, and necessary. With modest infrastructure and strategic use of existing resources, such units can significantly enhance medico-legal services, training, and research, thereby strengthening the justice delivery system in India. We recommend that regulatory bodies such as the National Medical Commission consider incorporating a minimum functional requirement for forensic anthropology units within standard regulations for forensic medicine departments, in a phase-wise manner, along with additional trained faculty. In the context of increasing vulnerability to natural and man-made disasters, strengthening forensic anthropology and DVI capabilities is essential to ensure timely, accurate, and scientifically robust identification of human remains, thereby upholding the standards of medico-legal practice.