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Scientific Beekeeping Technology for Sustainable Agriculture and Employment Generation

Authors:
  • Central Soil Salinity Research Institute Regional Research Station Lucknow

Abstract

Beekeeping (or apiculture) is the maintenance of bee colonies, commonly in man-made hives, by humans. Beekeeping is an agro-based occupation that provides income and employment generation for rural and tribal families. It plays a vital role in the present context of the commercialization of agriculture and liberalization of the economy. It covers the entire scope of honeybee resources, bee-products, beekeeping practices, pollination services, and their interface with business systems and ecological integrity. Bees are a special gift to mankind due to their pollination services and valued products like honey, beeswax, propolis, bee venom, etc. Honey bee farming in India is also a good source of income for the farmers especially during the period when the growth of crop is still under process. After Indian independence, beekeeping was promoted through various rural developmental programs. Beekeeping has been included as an activity for promoting cross pollination of Horticultural Crops under National Horticulture Mission since May, 2005.
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Scientic Beekeeping
Technology for
Sustainable Agriculture
and Employment
Generation
Shaon Kumar Das1*, Ezekiel K. Bhujel1,
E. L. Devi1, Ramgopal Laha1 and
V. K. Mishra2
1ICAR-Research Complex for NEH Region, Sikkim Centre,
Gangtok (737 102), Sikkim, India
2ICAR-Research Complex for NEH Region, Umiam,
Meghalaya (793 103), India
Shaon Kumar Das
e-mail: shaon.iari@gmail.com
Bee keeping, Employment generaon, Honey, Pollinaon
How to cite this article?
Das et al., 2022. Scientic Beekeeping Technology for
Sustainable Agriculture and Employment Generation.
Biotica Research Today 4(4): 244-247.
Corresponding Author
Keywords
Open Access
[
[
Arcle: RT934
Beekeeping (or apiculture) is the maintenance of bee colonies,
commonly in man-made hives, by humans. Beekeeping is an
agro-based occupaon that provides income and employment
generation for rural and tribal families. It plays a vital role in
the present context of the commercializaon of agriculture and
liberalizaon of the economy. It covers the enre scope of honeybee
resources, bee-products, beekeeping pracces, pollinaon services,
and their interface with business systems and ecological integrity.
Bees are a special gi to mankind due to their pollinaon services
and valued products like honey, beeswax, propolis, bee venom, etc.
Honey bee farming in India is also a good source of income for the
farmers especially during the period when the growth of crop is sll
under process. Aer Indian independence, beekeeping was promoted
through various rural developmental programs. Beekeeping has been
included as an acvity for promong cross pollinaon of Horcultural
Crops under Naonal Horculture Mission since May, 2005.
Popular Article
Introducon
The bees are classied into three castes queen, worker,
and drone. Queen is the mother of all other bees in the
colony which can be idened with its long abdomen
and short wings and its duty is to lay eggs. The queen maintains
the colony by its pheromones. Queen lives for up to three
years or more and may be capable of laying half a million eggs
or more in her lifeme. There are thousands of workers in a
colony, and they perform all the dues including foraging,
defending, and brood-rearing, and cleaning acvies. They
are smaller than the queen and drones. There are about
8,000-25,000 workers in the A. orea colony, 40,000-50,000
workers in A. mellifera colony, 20,000-40,000 workers in A.
cerana, and 50,000-80,000 in the A. dorsata colony. Drones
are sngless that are easily recognized by their dark colour
and eyes touching at the top of their head and their only
role is to ferlize the queen and enjoy the food in the hive.
Seven species of Apis are known among those four species
are in India, A. cerana, A. mellifera, A. dorsata and A. Florea.
A. mellifera is an introduced species resistant to the Thai
sacbrood virus (TSBV) and highly suitable for commercial
beekeeping. Honey exports from India have risen from 29.6 to
51.5 thousand tonnes. The major markets for exporng Indian
honey are Germany, USA, UK, Japan, France, Italy, and Spain.
Importance of Beekeeping as a
Viable Diversicaon Enterprise for
Sustainable Livelihood
Beekeeping is a very dierent profession as compared to
various agro-based subsidiary occupaons as it needs
more art and skill and less physical labour. As an agro-
Biotica
Research
Today
2022
Abstract
Article History
Received on: 16th March 2022
Revised on: 13th April 2022
Accepted on: 14th April 2022
Vol 4:4
244
247
244
© 2022
Das et al., 2022
based enterprise, it does not require land ownership or rent,
it can be started with equipment and tools sourced locally. It
provides sustainable livelihood opons for poor people and
ts with small-scale farming systems. There is vast potenal
and scope from diversicaon in beekeeping i.e., besides
honey it oers scope for producon and markeng of other
bee products like pollen, propolis, royal jelly, bee wax, and bee
venom. Technologies for the producon of dierent products
like royal jelly, beeswax, pollen, propolis, bee venom, queen
bees, package bees, etc. are currently available in India.
Bee Venom
Bee venom is synthesized in the venom glands of
worker bees (150-300 mg) and queen bees (700 mg),
however, only the worker bees are exploited for venom
producon. It can be commercially obtained by smulang a
large number of bees by electric shock (8-12 volts). It has been
used to cure polyarthris, infecous-polyarthris, neuralgia,
rheumasm, certain eye diseases like iris and iridocyclis,
skin diseases (tuberculosis of skin), inammaon of sciac,
facial and other nerves, hypertension, etc. It is also known
to lower down the cholesterol level. Normal recovery of dry
venom per bee is 0.5-0.1 mg. One million sngs result in the
producon of 1 g dry venom (Abrol, 2007).
Queen Bees and Brood
Brood (larvae and pupae) of honey bees is very hygienic
food for human beings and livestock. The bee larvae/
pupae provide 15.4 percent proteins and 3.7 percent fat,
Vitamin A and B, etc. In many countries, bee brood is relished
for human consumpon and is also used as apitherapy. Mass
queen rearing is another area for employment generaon.
A beekeeper can produce about 200 queens per colony per
annum and sell them to the needy beekeepers for replacing
their unproducve queen bees. A good quality/ pedigree
queen bee can be sold for Rs. 150.00 to Rs. 200.00. Nucleus
colonies with brood frames and package bees (bees by weight
without brood and frames) can also be sold by the beekeepers
to supplement their apicultural income. About 25 percent of
the total colonies can be increased and sold.
Rent Out Bee Colonies for Pollinaon
Service
Honey bees are excellent agents of crop pollinaon
because they can be easily managed at any me and
in any number. The body of honey bees is extremely
hairy and thus they collect a higher amount of pollen which
results in beer pollinaon of crops. Moreover, pollen being
the food of larvae and adult bees, the foragers purposely
visit the owers for pollen collecon; and hence, prove to be
ecient pollinators. Bees also have the behavior to constantly
visit blossoms of a crop unl it is exhausted of pollen/ nectar
resources. In India, there is a demand for honey bee colonies
for pollinaon of apple, other temperate fruit plants, and
for hybrid seed producon of various vegetable, oilseed,
and other eld crops. Thus, beekeepers can earn addional
income by renng out their honey bee colonies to the farmers
for pollinaon service to their crops. A colony (excluding
beehive) with 4-frames bee strength, queen right, and with
the opmum amount of brood, pollen, and nectar/ honey is
generally sold @ Rs. 600.00 per colony (Aryal et al., 2015).
Fabricaon and Manufacturing
Acvies
With the development of beekeeping, several
subsidiary industries are developed which include
fabricaon of hives, nucleus hives, and other bee
equipment like honey extractors, comb foundaon mills,
bee veils, smokers, queen excluder sheets, hive tools, iron
stands, swarm catching nets, uncapping knives, queen cages
and gates, uncapping trays, hand gloves, ant proof bowls (ant
wells), pollen traps and other allied tools. All these equipment
and tools are manufactured by rural arsans thus creang
addional employment for them in carpentry, blacksmithy,
and tailoring, etc. It also includes the manufacture of honey
processing plants and containers for packing honey.
Indigenous Method of Beekeeping
The method of rearing honey bees for honey and wax
is a purely natural type in which the combs cannot be
removed or manipulated for management or harvesng
without permanently damaging the comb. Almost any hollow
structures are used for this purpose, such as a log gum, skep,
or clay pot. Beekeeping using xed comb hives is an essenal
part of the livelihoods of many communies in poor countries.
Modern Method of Beekeeping
Langstroth was the rst person to design the successful
top-opened with movable hive and frames. Other parts
of the hive include the stand, bottom board, brood
chamber, super, inner cover, and top cover. The size and
number of frames are variable according to the need. The hole
of the zinc sheet is only 0.375 cm but the thorax of a queen is
0.43 to 0.45 cm so the queen cannot pass through the pore.
The stand is a basal part of the hive which is adjusted with
the boom board to make a slope so that rainwater comes
down quickly. Boom Board is situated above the stand and
forms the proper base which has two gates one gate is for the
entrance and the other is for the exit. The brood chamber is
the most important part is provided with 5 to 10 frames in
a vercal posion where bees start making walls and cells.
Super are boxes are placed on top of the brood boxes with
a queen excluder during nectar or honey ow to provide
addional space for expansion of the hive. The inner cover is
245
© 2022
a wooden piece used for covering the super, has many holes
for proper venlaon. The top cover is a plain and sloping
zinc sheet that protects the colony from rain. Queen excluder
consists of wire gauze, extras guards, and drone traps where
workers can pass through it but a queen cannot. The honey
extractor is mechanical device funcons on the principle of
centrifugal force which extracts the pure honey without any
damage to the comb. Uncapping knife is used to uncap the
honey-lled sealed combs by heang. Other equipments like
protecve garments, gloves, net veil, bee net, brush, etc.
are required for easy and well-planned handling of bees.
Most beekeepers extract honey 2-3 mes per year. Honey is
normally harvested between mid-Junes unl mid-September.
Poor weather condions, disease, and pests inltrang will
aect the harvesng schedule (Das et al., 2021).
General Management and Rearing
Methods of Honeybees
The important basics to start beekeeping are knowledge
and training on beekeeping, local bee ora, sucient
local bee ora, and migratory beekeeping. The beehive is
the home for honey bees and site requirements should bedry
without dampness, nearby water source, shade structures,
and sucient bee forage cropsto collect pollen and nectar.
Hive inspecon for the presence of the queen, eggs, brood,
honey, pollen storage, and bee enemies must be done twice
a week. During the ow season of honey, a comb foundaon
sheet is placed in an empty frame of the super chamber for
more honey storage. While during the dearth period sugar
syrup with a sugar and water rao of 1:1 diluon must be
provided inside the hive. Supering or addion of frames must
be done in the super chamber when all brood chamber frames
are covered by comb. Swarming or natural method of colony
mulplicaon occurs when a colony built a large strength
or when the secreon of the queen’s substance falls below
a certain level. Swarm management is done by providing
brood frames from strong colonies to weak ones, pinching
o the queen cells, dividing strong colonies, and trapping
and hiving the primary swarm. During severe summer season
management of beehive are done by providing sucient
shade, wet gunny bag or rice straw pung on the hive to
increase RH and reduce heat, increase venlaon by pung
splinter between brood and super chamber, and providing
sugar syrup, pollen supplement, and water. In the winter
season management is done by maintaining strong and
disease-free colonies and provides new queens to the hives.
The management during the rainy season is done by keeping
beehive dry, providing sugar syrup, avoiding dampness in the
apiary site, and providing drainage. Honeybees are aacked by
many pests, diseases, and viruses and they are strong enough
to defend their colonies from various pests, but when they
are weak, the beekeeper should assist the bees in defending
the colony (Khan et al., 2018).
How to Harvest Honey
To harvest honey beekeeper should wear a protecve
cloth, take along a good knife, brush, and clean container
for honey. Remove the combs one by one giving a pu of
smoke before removing each one and look at them carefully.
Empty combs, brood combs, and combs containing both brood
and honey should leave it and only full combs of ripe honey
should be taken from the hive. Brush the bees on the comb
and uncap the comb witha knife upto 1 cm on the top bar to
guide the bees to work the next honey. Aer removing honey,
rearrange the frame in the same manner as before and close
the hive carefully. Honey harvesng in daylight is a simple and
eecve system for controlling the brood nest with lile or no
danger, even during the hoest hours of the day foraging bees
always return to the site, even if the hive is no longer there.
Economics of Honey Producon
The beekeeping can be started with ten boxes/ hives,
extractors, bee veils, gloves, decapping knife, hive tools,
etc. inially 5 farmers will keep only one honey extractor.
The bee farmer can start with 5-10 colonies which can sell
5-10 colonies each aer proper division with retenon of
5-10 colonies with them. Also, the farmers can produce 2-3
colonies each year from a single colony with modern scienc
management.
Conclusion
Honey beekeeping is a very valuable occupaon in rural
areas of the world. It generates employment and
provides income to people of rural areas that reduced
poverty in the long run. Beekeeping provides nutrional and
ecological security to the rural communies at the household
level in the rural area. Honey beekeeping plays a key role
in pollinaon that enhanced agriculture producon. They
provide a valued product like honey and their by-products
to the community that has antimicrobial and medicinal
properties. Beekeeping is a very easy occupation and
investment in this profession is very lile and everyone can
start easily. Honey producon was found more Apis mellifera
than the other species. India ranked in 8th posion in the
world in terms of honey producon 64.9 thousand tonnes in
2017-18 while china stood rst with the producon level of
551 thousand tonnes. The major constraints in beekeeping
are the expensive inputs, pest attacks, lack of scientific
producon and rearing techniques, and training. To overcome
this constraint a comprehensive program focusing on the
provision of low-cost inputs, pescides/ inseccides, scienc
techniques and training, and value chain market facilies at
the local and regional level. Construcon of a training center
for skill transformaon is required at the local level for the
soluon of honey bee problems. Transportaon and markeng
facilies networks should be developed for enhancing bee
Biotica Research Today 2022, 4(4):244-247
246
© 2022
producon. Credit facilies on low-interest rates should be
provided to honey beekeepers for the development of honey
bee producon. Bee foraging crop should be mulplied for
enhancement of honey business in the implemented area.
Hence, beekeeping can be adopted as an enterprise by anyone
aer geng training on the subject.
Acknowledgement
The author Shaon Kumar Das is thankful to Naonal
Mission on Himalayan Studies, Ministry of Environment,
Forestry and Climate Change, Govt. of India for providing
necessary facility.
References
Abrol, D.P., 2007. Foraging behaviour of Apis mellifera L. and
Apis cerana F. as determined by the energecs of nectar
producon in dierent culvars of Brassica campestris
var. toria. Journal of Agricultural Science 51, 1\9-1\124.
Aryal, S., Thapa, R., Jung, C., 2015. An overview of beekeeping
economy and its constraints in Nepal. Journal of
Apiculture 30(3), 135-142.
Das, S.K., Ghosh, G.K., 2021. Developing biochar-based slow-
release N-P-K ferlizer for controlled nutrient release and
its impact on soil health and yield. Biomass Conversion
and Biorenery. DOI: hps://doi.org/10.1007/s13399-
021-02069-6.
Khan, N., Khan, W., 2018. Review of past literature of honey
beekeeping and its producon in rural areas of the world.
Food Science and Quality Management 74, 6, 18-23.
Das et al., 2022
247
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Article
Full-text available
There has been an augmented attention for broad application of biochar-based slow-release fertilizer (SRF) to agricultural soils in recent years. It was synthesized four dissimilar biochar-based slow-release N-P-K fertilizer using nutrient impregnation technique and evaluated for nutrient release patterns, leaching behavior, yield, and soil health. Biochar prepared at 600 °C, impregnated into nutrient solution for 72 h, mixed with starch-PVA binder at 1:5 ratio to achieve an even coating followed by morpho-chemical characterization through scanning electron microscope which revealed that biochar pores appear to have locked with salt crystals of N-P-K nutrients. The highly porous microstructure of the four biochar allowed it to efficiently sorb NO3−, NH4+, PO43−, and K2O and form a nutrient-impregnated SRF. The nutrient release pattern study depicted that after 90 days of leaching the NO3− released 55.47–50.84%, NH4+ 55.47–50.84%, PO43− 65.31–68.52%, and K2O 74.33–77.27%. Thus, leaching capacity was highest in NO3− followed by K2O > PO43− > NH4+. Besides, among the four diverse biochar, the pine needle biochar (PNB) showed best nutrient retention/sorption capacity and lowest with maize stalk biochar (MSB). The SRF had lower nutrient release pattern than the fertilizer alone, demonstrating its slow-release behavior. After leaching with water equivalent to 462.18 mm rainfall (160 mL), approximately 47.60–58.27% NO3−, 47.84–65.40% NH4+, and 58.05–59.07% K2O was recovered in 40–50-cm column depth which indicated that SRF retained the nutrients in upper soil column and reduced its leaching potential. It also indicated that fertilizer was mobile as compared to the SRF. Biochar slowed the downward mobility of N and K in packed soil column. But, interestingly, phosphorus movement was enhanced by SRF in column and it increased its release potential in soil column. The crop yield (2.89–8.82%) and yield attribute characters were positively increased/enhanced by the biochar-based SRF than fertilization which was highest with BGB-SRF (black gram biochar-SRF) followed by MSB-SRF, LCB-SRF (Lantana camara biochar-SRF), and PNB-SRF. The nitrogen use efficiency followed as BGB-SRF (38.3%) > MSB-SRF (37.5%) > LCB-SRF (36.2%) > PNB-SRF (35.7%) than fertilizer (22.8%). The biochar-based SRF also improved the soil quality by increasing available nutrient (5.20–15.71%), oxidizable carbon (19.01–37.18%), and decreasing soil pH (11.74–3.73%). Soil quality improvement facilitated superior maize and black gram grain nutrient uptake (24.44–5.11%). Hence, the biochar-based SRF could be used as N-P-K-based slow-release fertilizer to maximize the functions of the N-P-K fertilizer when added to a sandy soil and minimize its environmental impact.
Article
Full-text available
Beekeeping has been in practice from an ancient time in Nepal. It is one of the high valued and income-generating activities for the people in Nepal. Diverse climatic conditions of Nepal harbor five species of honeybee out of which Apis laboriosa, A. dorsata, A. cerena, A. florae are native, whereas Apis mellifera was introduced and is being reared commercially. Three sub-species of A. cerana, viz. A. cerana indica, A. cerana Himalaya and A. cerana cerana are distributed in different regions of Nepal. A. cerena is cultivated in traditional log hive as well as in modern bee hive. However, most of the annual honey production comes from wild honeybees. Number of hives recorded during 2012/13 was 169,000 with 1625 metric tons of honey production. Hive productivity is low due to problems associated with apiculture; low quality management of bees, colony migration and absconding, pesticide intoxication, product quality control, inadequate data on bee floral identification and inadequate bee research program, are major concerns for beekeeping in Nepal. Though attempts have been made to address few issues such as pest and disease management, behavioral study of wild honey bees, pollination and floral diversity, but most of the problems are unattended because research on beekeeping is scattered and not well organized. Ample opportunities are available to promote apiculture for pollination and hive product. This paper reviews on honeybee diversity, honey production, problems in apiculture, and areas for future study in Nepal.
Foraging behaviour of Apis mellifera L. and Apis cerana F. as determined by the energetics of nectar production in different cultivars of Brassica campestris var. toria
  • D P Abrol
Abrol, D.P., 2007. Foraging behaviour of Apis mellifera L. and Apis cerana F. as determined by the energetics of nectar production in different cultivars of Brassica campestris var. toria. Journal of Agricultural Science 51, 1\9-1\124.