Traditional and modern forest based apiculture in Cameroon: how beekeeping is now conducted in the Northwest Highlands forests and Adamaoua savannah forests of Cameroon, the apiculture products produced and the value chain, and environmental aspects of the chain. Presented at the Incubation Study of Research Institute for Humanity and Nature & Heiwa Nakajima Foundation project Workshop, Tokyo office, Kanazawa University, Japan. 28 May 2016
Principle of erosion control- Introduction to contouring,strip cropping,conto...
Ingram traditional and modern forest apiculture in cameroon 2016
1. Traditional & modern forest based apiculture in
Cameroon
Dr. Verina Ingram
Assistant professor, Forest and Nature Conservation Policy, Wageningen UR
Incubation Study of Research Institute for Humanity and Nature
& Heiwa Nakajima Foundation project Workshop
Tokyo office, Kanazawa University, Japan
28 May 2016
verina.ingram@wur.nl
2. Traditional forest based apiculture in Cameroon
Study sites Cameroon
Methods
Apiculture: how its done
Apiculture products
Environmental aspects
Key references
2
6. METHODS
Value chain analysis
• Semi & structured interviews with 702 stakeholder in all stages of the apiculture chain, interviews service
providers & support actors between 2004 and 2011
Participatory action research
• As Executive board member of Guiding Hope and on advisory committee working with Kilim Ijim White
Honey Association (KIWA) for Oku Honey Geographic indication
• SWOTs, Stakeholder analysis, working sessions, Market price tracking, training & capacity building events
Data analysis: SPSS, Excel and qualitatively. Preliminary findings verified & peer cross-checked in meetings
Propolis
• Laboratory tests of extracted propolis (University of Zagreb, Croatia)
Honey
• Botanic assessment: Field observations, literature review, interviews and data from beekeepers, feedback
during SNV Training of Trainers meeting, Bamenda
• Laboratory tests for chemical residues, chemical and physical properties (APPICA, Germany & VIMTA,
India)
• Pollen analysis (APPICA Lab, Germany )
Wax
• Laboratory tests of chemical residues, heavy metals, chemical and physical properties (APPICA, Germany
and VIMTA, India)
6
13. Hive products are valuable!
Honey is the most well
known apiculture product in
Cameroon.
Other hive products are
either unknown or simply
thrown away as beekeepers
do not realise their values.
However wax and propolis
can, kilo for kilo, fetch up
to double the market price
of honey, particularly in
international markets
13
14. The bee - tree link
The physical and chemical properties
of hive products are determined by the
vegetation upon which bees forage.
Each vegetation type imparts unique
properties to honey, wax and propolis
The botanic origin can be used to
market not just honey, but all hive
products.
This provides a ‘unique selling point’,
used to enter new markets,
differentiate products, assure
customers of quality and explain
differences in raw products
Lophira lanceolota Kofia
14
20. Quality control
Filtering
HMF
Record keeping for traceability
Price increases up to 25% for quality honey in urban
markets
Export markets higher price for certified organic
2.50 €/1592 FCFA
20
25. Wax – large scale production
25
Issues:
Traditional method, Adamaoua
Poor quality Smoky & ash particles
High natural resource use: water and
woodfuel
27. Wax – new techniques
European client requirements
promoted changes
Solar and electrical smelters now
used (Guiding Hope)
Traceability
27
28. Storage
Issues:
Dedicated storage to
ensure quality and
contamination by
other products
Wax moth infestation
countered by storing
in water or wrapping
in plastic
28
30. Propolis
12 Samples - 3 groups
Hive Type
Traditional hives or wild
swarms in tree boles
Location: Cameroon
Ngoundal, Adamaoua
Oku, Northwest
Bamenda, Northwest
Propolis is a mix of beeswax & resins collected
from plants, particularly flowers, leaf buds and
resins, mixed with saliva and other secretions.
Propolis
30
31. Up to 35% is extractable with
80% ethanol
Extracts are rich in;
Phenols
Flavonoids
Extract from Ngoundal (12) is
richest in phenols and flavonoids.
No differences between extracts
from Adamaoua (24,611) and
Oku (1,5)
Propolis composition
31
32. Antioxidant properties
1. Antiradical activity
Extracts 1 and 12 were as effective as
strong antioxidant, BHA
2. Reducing power
Dose-dependent for all the extracts
Extract 12 was the most active
3. Antioxidant activity in reaction with
-carotene
Extracts 2 and 6 were as active as BHA
Activity was related to quantity of phenols
Extracts from traditional hives were more
active than from tree holes
• No diferrences in activity of extracts from
Oku and Adamoua
32
33. Antimicrobial properties
• Propolis used by bees to protect hive and community
against microbes and invanders
• Ethanol Extracted Propolis used against bacteria, fungi,
viruses
• Best known application via skin or mucous to combat
inflammation and infections and foster local immuno-
system, angiogenic (formation of new vessels), anti-
flogistic, anti-inflammatory and anaesthetic
• Biological activity of propolis influenced by its chemical
composition
• Confirms some traditional knowledge and uses
33
34. Antimicrobial properties
Samples / zones of inhibition (mm)
Microbial
species
Honco Guiding Hope Oku
Honey
Crop
Guiding Hope
1 2 3 4 5 6 7 8 9 10 11 12
S.
aureus
0 0 10 10 11 13 12 10 13 10 13 12
B.
subtilis
0 10 10 14 12 0 10 10 13 10 11 10
E. coli 0 0 0 0 0 0 0 0 0 0 0 0
P.
aerugini
osa
0 0 0 0 0 0 0 0 0 0 0 0
C.
albicans
0 0 0 0 0 0 0 0 0 0 0 0
Results of diffusion method
Legend: 0= no antimicrobial activity in diffusion method
34
36. Antimicrobial properties
• EPEs found to be antimicrobially active
against Staphylococcus aureus, Candida
albicans and Escherichia coli
• Samples showed relatively similar
antimicrobial activities
36
37. Propolis: Overview
– Rich in phenols
– Valuable source of natural flavonoids
– Excellent antioxidant properties
– Has potential in prevention and therapy of
many diseases e.g. antibacterial , fungicidal,
tissue regeneration and renovation
(dermatological & cosmetic applications)
– A valuable bee product!
37
38. Quality and marketing
Conducting market research
Work with government and sector representatives to:
Gain access for Cameroon to export markets
Create national standards for honey production & quality
Establish accountability for apiculture sector
Obtained Organic, Ethical Trade certification and
Community Trade (Body Shop) for products
Collective action: formed Cameroon Union of Exporters
of Apiculture Products and Apiculture Interprofession,
Apitrade Africa
38
48. Northwest and Southwest Highlands
• 107 local and endemic species
•63 agroforestry and agricultural
species
•3 bee hating species!
Anona sengelensis, Chinipodium sp.,
Afromomum spp (Gorilla food, wild ginger)
• 4 species known to produce
granulated / crystallized honey
Croton macrostachyus , Sheffleria mannii,
Scheffleria abysinnia and Vocassa grass
Botanic assessment
48
50. Profiling Cameroon honeys
No standards and little consumer
understanding (*consumer
interviews) of why there are different
honey characteristics
Confusion between quality,
geographic & botanic origins and
processing/production
Contrast to EU where criteria to
classify and address producer and
consumer misunderstandings
Increasing use of classifications in
Cameroon since 2008
50
54. Key references
Erasmus, T., D. Hamaljoulde, J. Samaki, M. T. Njikeu, G. M. Nyat & R. Howard (2006), Honey and bee products market
study. Bamenda, Cameroon: Netherlands Development Organisation (SNV) Highlands Team: 61.
Howard, R. (2005), The options and aspirations of a collective of beekeepers in Cameroon. Masters in Social Anthropology
Masters, Edinburgh University, Scotland.
Ingram, V. (2016). Savanna forest beekeepers in Cameroon: Actions to reduce vulnerability. Dryland Forests: Management
and Social Diversity in Asia and Africa. P. Bose and H. van Dijk, Springer: XXIII, 167.
Ingram, V. (2014). Win-wins in forest product value chains? How governance impacts the sustainability of livelihoods based
on non-timber forest products from Cameroon. Leiden, African Studies Centre.
Tsafack Matsop, A. S., G. Muluh Achu, F. Kamajou, V. Ingram and M. Vabi Boboh (2011). "Etude comparative de la
rentabilite de deux types d'apiculture au Nord Ouest du Cameroun." Tropicultura 29(1): 3-7.
Ingram, V. (2016). Savanna forest beekeepers in Cameroon: Actions to reduce vulnerability. In Dryland Forests:
Management and Social Diversity in Asia and Africa. Eds. P. Bose and H. van Dijk. Netherlands: Springer.
Ingram, V. and J. Njikeu (2011). "Sweet, Sticky and Sustainable Social Business." Ecology & Society 16(1): 37.
Ingram, V. (2011). Case study. Apiculture de foret – Cameroun. La pratique de la gestion durable des terres - Directives et
bonnes pratiques pour l’Afrique subsaharienne. H. P. Liniger, R. Mekdaschi Studer, C. Hauert, M. Gurtner. Berne,
Switzerland, TerrAfrica, World Overview of Conservation Approaches and Technologies (WOCAT) and Food and Agriculture
Organization of the United Nations (FAO): 204-205. http://www.wipo.int/ipadvantage/en/details.jsp?id=5554
Ingram, V., M. Z. Koncic and I. Kosalec (2010). The science behind hive products. SNV-WCA Forestry Knowledge Network
Event: Generating and sharing knowledge, lessons and good practice in apiculture, Foumban, Cameroon, SNV/FAO.
Papachroni, D., K. Graikou, I. Kosalec, H. Damianakos, V. Ingram and I. Chinou (2015). Phytochemical analysis and
biological evaluation of selected African propolis samples from Cameroon and Congo. Natural Product Communications
10(1): 67-70.
Ingram, V. (2009). "Bees, trade - and success." KILIM Magazine on Low External Input and Sustainable Agriculture 1(1):
24-26.
Tchana, M. (2010), The action of beekeeping CIGs in Cameroon and the problematic of ethics, fair trade and sustainable
development. The case of CIG Guiding Hope. Masters in Development and International Relations Masters, Protestant
University of Central Africa.
Photo credits: Rebecca Howard, Jaap van der Waarde, Verina Ingram 54