Linked from

The 14 pages that link to Amber, each with the reason it gives.

• FossilBroader topic: Resin can preserve delicate bodies in three dimensions, including insects.

• TaphonomyRelated: Resin entrapment preserves fine anatomical detail through a pathway unlike sediment burial.

• Electric chargeRelated: Rubbing amber helped establish the earliest recorded observations of static electricity.

• FossilizationBroader topic: Resin entombment preserves bodies by a pathway distinct from burial in sediment.

• GemstoneBroader topic: It shows that gemstone materials need not be minerals or rocks.

• Plant resinBroader topic: Long-term burial and chemical change can transform resin into amber.

• Molecular mechanicsBroader topic: AMBER became a major implementation of molecular mechanics for biological molecules.

• AntaresBroader topic: AMBER observations mapped gas motions in Antares's atmosphere.

• Kaliningrad OblastRelated: The oblast contains the world’s largest known amber deposits and a major extraction site near Yantarny.

• Plant fossilRelated: Resin can preserve delicate plant fragments and associated organisms in fine detail.

• Succinic acidRelated: Succinic acid was historically obtained by heating amber, giving it its name.

• Petrified woodCompared with: Amber preserves resin and inclusions rather than mineral-replaced wood anatomy.

• Nordic Bronze AgeRelated: Baltic amber linked Nordic communities to distant trade networks.

• Rivne OblastRelated: Rivne Oblast contains significant amber deposits and a history of amber extraction.