Chrysophidae (Lacewing) in Baltic Amber – 17.6mm Fossil Inclusion

Specifications

• Specimens: Chrysophidae (Lacewing)
• Amber Size: 17.6 mm
• Age: Eocene Epoch (44–49 million years old)
• Locality: Juodkrantė, Lithuania
• Geological Material: Baltic Amber
• Display: Labeled case included
• Condition: Natural, no enhancements

This specimen contains a well-preserved Chrysopidae (lacewing) inclusion within genuine Baltic Amber, formed during the Eocene Epoch (~44–49 Ma). Lacewings belong to the order Neuroptera, a group characterized by highly reticulated wing venation, predatory larvae, and significant ecological importance in both ancient and modern environments.

Baltic amber from the Juodkrantė locality is globally recognized for its exceptional preservation of delicate arthropods. Lacewings are particularly prized among paleoentomologists due to their detailed wing structures, which can be examined to study evolutionary relationships, morphological transitions, and Neuropteran diversity during the early Cenozoic.

The 17.6 mm amber piece displays classic Baltic succinite traits, including strong translucency, golden coloration, and high optical quality. Under magnification, fine morphological details — including venation patterns, antennae, and limb structures — may be visible, highlighting the extraordinary fidelity of Baltic amber fossilization.

As ancient resin flowed through Eocene conifer forests, insects such as lacewings became trapped and rapidly encapsulated, preserving tissues and microstructures for millions of years. Fossils like this provide valuable data for reconstructing Eocene ecosystems, predator-prey interactions, and insect community composition.

This specimen is completely natural, untreated, and scientifically valuable, curated in a labeled display case for long-term preservation and research.