Colony development of stingless bees Heterotrigona itama cockerell (Hymenoptera: apidae: meliponini) using different hive models
The meliponiculture is an activity of beekeeping with stingless bees by which bee keepers maintain, propagate and utilize stingless bee colonies of various species for profit has increased. Heterotrigona itama is the most preferred species of meliponiculturists in Malaysia due its abundance and h...
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| Format: | Thesis |
| Language: | English |
| Published: |
2021
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| Subjects: | |
| Online Access: | http://psasir.upm.edu.my/id/eprint/104460/1/MOHAMAD%20SYUKRI%20BIN%20TAN%20SHILAN%20-%20IR.pdf |
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| Summary: | The meliponiculture is an activity of beekeeping with stingless bees by which bee
keepers maintain, propagate and utilize stingless bee colonies of various species
for profit has increased. Heterotrigona itama is the most preferred species of
meliponiculturists in Malaysia due its abundance and high in demand. However,
the major constraints for meliponiculture were the non-availability of colonies to
the interested people, the harvesting practice requiring cutting down trees and
there were no standardized practices to manage the colonies. This study was
conducted at Ladang 10, Universiti Putra Malaysia to i) describe the
morphological characteristics of different caste in stingless bee H. itama, ii) to
compare the different hive models for colony development of stingless bee H.
itama, iii) investigate the best artificial propagation technique for stingless bee H.
Itama. All castes of H. itama specimens namely queen, virgin queen, workers
and drones were obtained in the study site. The morphological characteristics
and morphometric measurements of the specimens were observed and
measured. Ten layers of brood cells were transferred into four artificial hive
models i) horizontal hive, ii) large vertical hive, iii) medium vertical hive and iv)
small vertical hive were left for two weeks to enable adaptation to the new
environment before all the particular parameters were measured and recorded
for five consecutive months. Three artificial propagation techniques namely
splitting, bridging and splitting-bridging were conducted for eight consecutive
weeks. The successful of colony division under different artificial propagation
techniques and the measured parameters were observed and recorded weekly.
Results showed there were significant differences (P <0.05) for fifteen of the
morphometric measurements of four different castes of H. itama. The
morphological description on several characters of H. itama in four different
castes namely queen, virgin queen, worker and drone were successfully
described. Queen were recorded with longest body length and abdomen, widest
abdomen and had shortest hind wing compared to other castes. There was a
significant interaction (F=2.51, df= 12, P= 0.0096) between month and the hive
model on the number of pollen pot. The colony development of H. itama
developed well in horizontal hive model as compared to other hive models and
pollen was the major and very essential for initial stage in term of colony
development. New brood cells and queen of H. itama were obtained by splitting
technique. There were new brood cells developed but without new queen in
splitting-bridging technique while there were only pollen and honey pots obtained
for the bridging technique. The presence of matured queen can failure the
artificial propagation technique due to its pheromones function. |
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