Your search returned 109 results
By Page Type
By Tag
- All
- fish (966)
- blog (698)
- fishes of sydney harbour (400)
- First Nations (287)
- Blog (237)
- AMRI (168)
- archives (165)
- Aboriginal and Torres Strait Islander (133)
- Eureka Prizes (126)
- insect (126)
- Ichthyology (124)
- geoscience (109)
- minerals (102)
- climate change (100)
- podcast (95)
- Fish (91)
- Anthropology (89)
- International collections (80)
- Minerals Gallery (78)
- wildlife of sydney (78)
- Labridae (77)
- frog (73)
- gemstone (70)
- history (63)
- photography (63)
- Mollusca (60)
- staff (60)
- gem (59)
- education (57)
- Birds (56)
- Gems (56)
- Indonesia (56)
- AMplify (54)
- shark (54)
- people (53)
- exhibition (51)
- earth sciences (50)
- past exhibitions (50)
- Gobiidae (48)
- Pomacentridae (45)
- sustainability (45)
- Serranidae (44)
- science (44)
- fossils (42)
- lifelong learning (42)
- Earth and Environmental Science (41)
- Syngnathidae (41)
- Ancient Egypt (40)
- Bali (40)
- bird (40)
-
Shaping the Earth
https://australian.museum/learn/minerals/shaping-earth/What makes the Earth unique? Where does it fit in the Solar System and, ultimately, the universe? Take a look inside the Earth and find out what it is made from and how it is structured. Look at the processes that shape the Earth.
-
History of the Minerals Department
https://australian.museum/about/history/people/history-of-the-minerals-department/The mineral collection is one of the oldest and largest collections in the country, housing many examples of early Australian mining.
-
The Solar System
https://australian.museum/learn/minerals/shaping-earth/the-solar-system/The Solar System is dominated by the Sun and the planets that orbit around it.
-
Mineral groups
https://australian.museum/learn/minerals/what-are-minerals/mineral-groups/Minerals can be classified into distinct groups based upon similar atomic structure and/or chemical composition.
-
New Information from Old Specimens
https://australian.museum/learn/collections/natural-science/mineralogy/mineralogy-collection-new-information-from-old-specimens/In many ways the future and relevance of museum collections often depend on their past. Some specimens remain in the collections for a long time, sometimes over 100 years before they prove vital for current research projects.
-
Metamorphic processes
https://australian.museum/learn/minerals/shaping-earth/metamorphic-processes/Most minerals are only stable at particular temperatures and pressures, so changes in these result in the formation of new minerals.
-
Geological origin of gemstones
https://australian.museum/learn/minerals/gemstones/geological-origin-of-gemstones/Gemstones are formed below the Earth's surface and can sometimes show traces of other minerals, called inclusions.
-
Valuing gemstones
https://australian.museum/learn/minerals/gemstones/valuing-gemstones/Gemstones are valuable because they are a rare and desirable commodity. They also represent time and labour spent on cutting and presentation.
-
Fluorite
https://australian.museum/learn/minerals/gemstones/fluorite/Facts about Fluorite.
-
Labradorite
https://australian.museum/learn/minerals/gemstones/labradorite/Facts about Labradorite
-
Machu Picchu and the Golden Empires of Peru
Now open
Tickets on sale -
Fantastical Sharks & Rays
Free entry
Visit today -
Burra
Permanent education space
10am - 4.30pm