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biological sciences HONOURs 2014 - The University of Sydney

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BEHAVIOUR AND GENETICS<br />

OF SOCIAL INSECTS<br />

13<br />

Research Interests<br />

<strong>The</strong> ‘Bee lab’ is interested in behavioural ecology, behavioural<br />

genetics and molecular genetics <strong>of</strong> social insects. Recently we<br />

have also acquired a new ‘lab rat’ a gigantic slime mould that<br />

can make foraging decisions despite having no brain or nervous<br />

system. We study honey bees (particularly Thai and African<br />

ones), ants, Australian native stingless bees and the slime<br />

mould. We are particularly interested in cheating behaviour:<br />

when workers start laying eggs or changing caste. We also<br />

study collective decision making: how do social insects decide<br />

on a new nest site, or how best to allocate their foragers to<br />

food sources? We <strong>of</strong>fer projects ranging from field biology to<br />

molecular genetics and mathematical modeling.<br />

For more check out our website:<br />

sydney.edu.au/science/biology/socialinsects/index.shtml<br />

Honours projects<br />

1. Epigenetic inheritance in honey bees: consequence <strong>of</strong> the<br />

caste system or a battle <strong>of</strong> the sexes?<br />

2. Heat tolerance in honey bees.<br />

3. Biology <strong>of</strong> Australian stingless bees.<br />

4. Foraging behaviour and decision-making in the slime<br />

mould, Physarum polycephalum.<br />

5. Network formation by ants.<br />

6. Exploration versus exploitation in ants.<br />

Pr<strong>of</strong>essor<br />

Madeleine Beekman<br />

Room 249, Macleay<br />

Building A12<br />

T: (02) 9351 8779<br />

E: madeleine.beekman@<br />

sydney.edu.au<br />

7. Can bees regulate intake <strong>of</strong> protein and carbohydrate? (Jointly supervised by Pr<strong>of</strong>essor<br />

Steve Simpson)<br />

8. Identification <strong>of</strong> ‘African’ genes in imported stock including semen.<br />

9. Intragenomic conflict and the evolution <strong>of</strong> uniparental inheritance <strong>of</strong> cytoplasmic<br />

organelles.

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