Baltic Amber (Raw Specimen)

Succinite (fossil resin) potentially containing undetermined Arthropoda cf. Diptera or Hymenoptera inclusionsAmber Inclusion Fossil (Invertebrate/Botanical Potential)

Baltic Amber (Raw Specimen)

Geological Period

Eocene Epoch (Paleogene Period)

Estimated Age

34 - 48 million years

Preservation Type

Resin Polymerization (Amorphous Fossilization)

Condition Assessment

Good (Raw/Unpolished). The specimen appears stable with minor surface weathering and typical natural fractures.

Taxonomic Classification

Kingdom: Plantae; Phylum: Pinophyta; Class: Pinopsida; Order: Pinales; Family: Sciadopityaceae (likely Pinus succinifera or Sciadopitys sp.)

Morphological Description

Irregularly shaped, translucent golden-yellow nodule of fossilized resin. Exhibits conchoidal fracturing and a semi-matte to lustrous surface. Visible dark specks likely represent botanical detritus (stellate hairs) or micro-inclusions.

Rock Matrix

Glauconitic sand (commonly the 'Blue Earth' layer) or secondary alluvial deposits; specimen is currently free of matrix.

Formation & Location

Baltic Region (Kaliningrad, Russia; Lithuania; Poland), specifically from the Sambia Peninsula formations.

Size & Dimensions

Approximately 3-5 cm in width; typical for small to medium-sized raw Baltic amber nodules.

Value & Rarity

Estimated Market Value

$15 - $45 USD (unpolished/raw state)

Auction Estimate

$20 - $60 USD

Rarity Assessment

Common (Baltic amber is the most abundant amber in the world, though specimens with significant inclusions are rarer).

Scientific Significance

Amber provides a 'time capsule' of Eocene forest ecosystems, preserving soft-tissue anatomy of insects and delicate plant structures that are rarely preserved in sedimentary rocks.

Preparation Recommendations

Gradual polishing with fine-grit sandpaper and jeweler's rouge to increase transparency; store away from direct sunlight and extreme temperature fluctuations to prevent crazing.

Notable Features

High transparency in select areas suggests potential for microscopic scientific inclusions (bio-inclusions) once professionally polished.

Identified on 5/7/2026