CHAPTER 2 | HISTORY, GROWTH AND RECENT RESEARCH IN BEEKEEPING

Tracing the exact origin of beekeeping in India is a challenge that historians and researchers have long grappled with. References to bees and honey appear prominently in ancient Indian literature and cave paintings, providing evidence of an intimate relationship between humans and honeybees stretching back thousands of years. Vedic texts dating back to around 3000 BC explicitly mention bees and honey, underscoring the deep cultural and practical significance of apiculture in Indian civilization.

Despite this ancient legacy, modern beekeeping in India began only in the early 20th century, following the introduction of movable-frame hives. Prior to this, traditional hives made from bamboo baskets, hollow wooden logs, earthen pots, and wall cavities were the norm, serving the purpose of attracting and rearing honeybees, though falling far short of the efficiency offered by modern methods.

Advances in Beekeeping: 1500 to 1851

The period between 1500 and 1851 marked a series of landmark advancements that laid the scientific foundations for modern beekeeping. Before this era, beekeepers lacked a systematic understanding of the bee life cycle and hive structure. Honey harvesting was destructive — colonies were often killed in autumn, their contents strained, and only a handful of colonies preserved over winter to restart apiaries come spring.

Key Scientific Milestones

A gradual but profound expansion of knowledge about bee biology transformed colony management. The table below summarises the most critical discoveries of this period:

Year	Discoverer	Discovery / Contribution
1586	Luis Mendez de Torres	Identified the queen bee as the sole egg-laying female
1609	Charles Butler	Recognised drones as male bees
1637	Richard Remnant	Identified worker bees as females
1851	Lorenzo Langstroth	Designed the movable-frame (Langstroth) hive

Key milestones in bee biology and hive design (1586–1851)

Despite improvements in biological understanding, practical management of colonies remained difficult for nearly two centuries because bees built combs tightly between frames and hive walls. The Langstroth hive of 1851 solved this through the concept of 'bee space,' allowing beekeepers to inspect and manage individual frames without destroying the comb  a revolution that would eventually reshape apiculture worldwide, including in India.

History of Modern Beekeeping in India

The introduction of modern beekeeping techniques to India was spearheaded by a small group of pioneers who recognised the potential of scientific apiculture in the Indian context. The table below provides a comprehensive timeline of key figures and their contributions.

Year	Pioneer / Organisation	Region	Contribution
1882	John Douglas	West Bengal	Introduced movable-frame hives; published handbook (1884)
1909	Sir Louis Dane	Punjab / Shimla	Established first Beekeepers' Association of India
1909	Rev. Fr. L. V. Newton	Tamil Nadu	Designed the Newton hive for Indian bees; built honey extractor
1907–19	Pusa Research Station	Bihar	Conducted early research on Indian and Italian bees
1915	C. C. Ghosh	All India	Published foundational book on beekeeping (Imperial Dept. of Agriculture)
1915	Dr. Kunhi Kannan	Mysore	Introduced modern beekeeping to the Mysore region
1927	T. C. Razdan	Jammu & Kashmir	Introduced movable-frame hives in J&K
1937	R. N. Muttoo	Uttar Pradesh	Established apiaries; co-founded All India Beekeepers' Association
1940s	P. S. Acharya	Andhra Pradesh	Popularised commercial beekeeping in the state
1952	Dr. G. B. Deodikar	Maharashtra	Launched comprehensive bee research programme at Mahabaleshwar
1962	KVIC & Maharashtra KVIB	Pune	Established Central Bee Research and Training Institute (CBRTI)

Table 2: Pioneers and milestones in the development of modern beekeeping in India

John Douglas and the First Handbook

The first attempt to introduce movable-frame hives in India was made in 1882 in Calcutta by John Douglas, an employee of the Telegraph Department. After successfully rearing indigenous bees in standard hives, Douglas published A Handbook on Beekeeping in India in 1884  the country's first dedicated guide to hive construction and beekeeping equipment suited to Indian conditions.

Rev. Fr. L. V. Newton

Among the most influential contributors to Indian apiculture was L. V. Newton, who designed an indigenous movable-frame hive specifically suited to Indian bee species in 1909. Known as the Newton hive, it gained widespread adoption across South India, especially in Tamil Nadu. Newton also designed a suitable honey extractor and actively promoted scientific beekeeping between 1911 and 1917.

Regional Development of Beekeeping Across India

Modern beekeeping gradually spread across different regions of India through the efforts of individual pioneers and state-level initiatives. Each region developed its own distinct beekeeping culture shaped by local flora, climate, and socioeconomic conditions.

•       Andhra Pradesh: P. S. Acharya popularised commercial beekeeping during the late 1940s.

•       Mysore: Modern beekeeping introduced in 1915 under Dr. Kunhi Kannan.

•       Uttar Pradesh: R. N. Muttoo established apiaries and co-founded the All India Beekeepers' Association in 1937.

•       Jammu & Kashmir: T. C. Razdan introduced movable-frame hives in 1927.

 

The All India Beekeepers' Association and the Indian Bee Journal played a pivotal role in spreading scientific knowledge and promoting modern apiculture as a national enterprise.

The Freedom Movement and the Role of Mahatma Gandhi

The development of beekeeping in India was closely intertwined with the rural reconstruction programmes that arose during the Indian Freedom Movement. Mahatma Gandhi was a strong advocate for scientific beekeeping, viewing it as a humane and productive cottage industry  one in which honey could be harvested without destroying the bee colony.

The All India Village Industries Association, established in 1935, promoted beekeeping as a means of supporting rural livelihoods and self-employment. Beekeeping centres were established across Maharashtra, Karnataka, Gujarat, Tamil Nadu, Bengal, and Odisha, bringing apiculture to some of India's most remote communities.

Research, Institutional Growth, and the Role of KVIC

A major milestone in Indian apicultural research occurred in 1952 when Dr. G. B. Deodikar initiated a comprehensive bee research programme at Mahabaleshwar, contributing significantly to beekeeping technology and colony management practices. In 1962, the Khadi and Village Industries Commission (KVIC), in collaboration with the Maharashtra State KVIB, established the Central Bee Research and Training Institute (CBRTI) in Pune  a cornerstone of honeybee research and scientific training in India.

KVIC became one of the most important organisations responsible for spreading beekeeping activities across the country, bringing unorganized practices under a structured and supportive regulatory framework.

Recent Growth and India's Global Standing

Metric	Value
Honey produced in India (2024)	~1.4 lakh metric tonnes
Honey exported (2023–24)	~1.07 lakh metric tonnes
Export value (2023–24)	USD 177.55 million
India's global export rank	2nd largest honey exporter
Beekeepers supported by the sector	2 lakh+

Table 3: India's honey production and export performance (2023–24)

The National Beekeeping and Honey Mission (NBHM)

The Government of India launched the National Beekeeping and Honey Mission to promote scientific beekeeping and catalyze a 'Sweet Revolution' across the country. The infrastructure established under this mission is detailed below.

Facility Type	Number Established
World-class honey testing laboratories	6
Mini honey testing laboratories	47
Disease diagnostic laboratories	6
Honey processing units	26
Beekeeping equipment manufacturing units	12
Beekeepers registered on Madhukranti Portal (by 2025)	14,800+

Table 4: Infrastructure established under the National Beekeeping and Honey Mission (NBHM)

The Madhukranti Portal enables online registration and traceability of beekeepers and honey products nationwide, enhancing transparency and quality control throughout the supply chain.

Recent Research and Technological Innovations

The 21st century has ushered in a wave of technological innovation that is fundamentally transforming beekeeping practices across India and the world. From biotechnology and DNA analysis to Artificial Intelligence and sensor-based monitoring, the field has never been more dynamic

DNA Metabarcoding and Foraging Behavior

A 2025 study published in Scientific Reports analysed the foraging behavior of Indian honeybee species such as Apis florea and Apis cerana using honey DNA metabarcoding technology. By examining the floral DNA preserved in honey samples, researchers identified the plant species visited by bees, providing new insights into floral resource utilisation and biodiversity conservation.

Smart Hive Monitoring: IoT and AI

Among the most significant recent advances is the development of IoT-based smart hive monitoring systems. These integrate multiple sensors with AI-powered analytics to give beekeepers real-time insight into hive conditions — often accessible via smartphone or cloud dashboard. A 2025 study published in the Indian Journal of Entomology demonstrated strong correlations between CO2 levels and sound frequency, confirming that sensor data can reliably capture colony health and population dynamics.

The table below provides an overview of the technologies now deployed in modern smart hives:

Sensor / Technology	Parameter Monitored	Benefit
Temperature sensor	Hive internal temperature	Detects overheating, cold stress, brood health issues
Humidity sensor	Relative humidity	Monitors curing conditions for honey; detects fungal risk
Weight sensor	Colony weight changes	Tracks honey accumulation and swarming risk
Sound / vibration sensor	Bee buzzing frequency	Identifies swarming, queenlessness, distress behavior
CO2 sensor	Carbon dioxide levels	Proxy for bee population size and activity levels
Light sensor	Hive entry activity	Monitors foraging patterns and colony strength
AI / ML analytics	All sensor data streams	Predictive alerts for disease, swarming, environmental stress
Satellite imagery	Landscape forage quality	Optimises hive placement; assesses floral diversity
Blockchain / Portal	Honey provenance data	Ensures traceability, authenticity, and export compliance

Table 5: Smart hive monitoring technologies, parameters, and benefits

Drones, Machine Learning, and Satellite Analytics

Satellite imagery and drone technology are being integrated into modern apiculture to assess forage quality across landscapes, optimise hive placement, and monitor environmental variables. Machine learning algorithms and predictive analytics help anticipate environmental threats, while carbon emission tracking adds an ecological dimension to technology-driven beekeeping.

Blockchain for Honey Traceability

Blockchain-based traceability systems are increasingly being explored to track honey from hive to consumer, verify authenticity, combat adulteration, and enhance export viability. India's Madhukranti Portal represents a government-backed effort in this direction.

Sustainable and Indigenous Beekeeping

Recent research from the Darjeeling Hills has demonstrated how traditional ecological knowledge, combined with modern scientific methods, can support sustainable honey production and biodiversity conservation. Researchers are also investigating rafter beekeeping for Apis dorsata — the giant rock bee — in the Sundarbans of West Bengal, which could position India as a global leader in sustainable apiculture using wild bee species.

Climate-Resilient Bee Strains

With climate change increasingly affecting floral resource availability and bee foraging patterns, researchers are prioritising the development of climate-resilient bee strains and adaptive beekeeping strategies that account for shifting seasonal patterns and declining floral diversity.

 

Emerging Challenges in Indian Beekeeping

Despite its remarkable growth, the Indian beekeeping industry faces a set of serious and interconnected challenges that require urgent scientific and policy attention. The table below provides a consolidated overview of the key threats facing the sector.

Challenge	Category	Current Status / Notes
Thai Sac Brood Virus	Disease	Major threat to Apis cerana; no vaccine available
Varroa mite infestation	Pest	Widespread; chemical and biological controls used
Small Hive Beetle (Aethina tumida)	Pest	Detected in West Bengal; spreading risk across India
Pesticide exposure	Agrochemical	Chronic sub-lethal effects on foraging and reproduction
Climate change	Environment	Alters flowering times and floral diversity
Deforestation / habitat loss	Environment	Reduces natural forage; exacerbates food stress
Honey adulteration	Quality / Trade	Threatens export markets; addressed via Madhukranti Portal
Lack of equipment standardisation	Industry	Productivity and quality inconsistencies across regions

Table 6: Key challenges facing the Indian beekeeping industry

Disease and Pest Threats

Viral diseases remain a major concern, with the Thai Sac Brood Virus posing a particular threat to Apis cerana colonies. Varroa mite infestations continue to weaken colonies and reduce productivity. The spread of the Small Hive Beetle (Aethina tumida), detected in parts of West Bengal, poses a growing threat to honeybee health and colony survival across India.

Environmental and Agrochemical Pressures

Pesticide exposure poses a chronic risk to bee health, affecting foraging behaviour, reproduction, and colony longevity. Deforestation, habitat loss, and declining floral diversity trends exacerbated by climate change — are reducing the availability of natural forage across many regions.

Standardisation and Quality Control

The standardisation of beekeeping equipment and disease management practices is now considered essential for improving productivity and maintaining export quality standards. Public-private partnerships, mobile training applications, and state-level beekeeping policies are helping to address these systemic challenges.

From the ancient Vedic texts that first recorded India's relationship with bees, to the cutting-edge IoT sensors and AI algorithms that now monitor hive health in real time, the history of beekeeping in India is a story of continuous discovery and adaptation. The contributions of pioneers like John Douglas, L. V. Newton, and Dr. G. B. Deodikar; the support of institutions like KVIC and the NBHM; and the advocacy of visionaries like Mahatma Gandhi have collectively shaped one of the world's most dynamic and rapidly growing apicultural sectors.

As India looks to the future, the integration of traditional knowledge with modern science, the adoption of smart technologies, and a renewed commitment to environmental sustainability will be essential in meeting the twin goals of economic growth and ecological responsibility. The Sweet Revolution is well underway — and the hive is humming.