Baltic Amber with Insects - Amber - 33 mm - 12.5 mm






Holds BSc in geology and post-graduate qualifications in geochemistry.
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Baltic amber with insects from Latvia, a Paleogene Eocene specimen where well preserved inclusions offer a vivid glimpse into prehistoric life.
Description from the seller
Sample of Baltic amber, a fossil resin of plant origin formed millions of years ago from conifer trees. Originating from Latvia. One of the most interesting features of this specimen is the presence of insects trapped inside it.
When amber was forming, small insects or other organisms could fall onto the still sticky resin of the trees. Over time, this resin fossilized and hardened, trapping the insects inside transparent layers. This preservation process has allowed insects to remain well-preserved for millions of years, giving us a unique window into prehistoric life.
Insects trapped in Baltic amber are a valuable source of information for scientists. Through the study of these fossil insects, entomologists and paleontologists can gain insights into the morphology, ecology, and evolution of various species. They can also provide clues about past environmental conditions, including climates and habitats.
Seller's Story
Sample of Baltic amber, a fossil resin of plant origin formed millions of years ago from conifer trees. Originating from Latvia. One of the most interesting features of this specimen is the presence of insects trapped inside it.
When amber was forming, small insects or other organisms could fall onto the still sticky resin of the trees. Over time, this resin fossilized and hardened, trapping the insects inside transparent layers. This preservation process has allowed insects to remain well-preserved for millions of years, giving us a unique window into prehistoric life.
Insects trapped in Baltic amber are a valuable source of information for scientists. Through the study of these fossil insects, entomologists and paleontologists can gain insights into the morphology, ecology, and evolution of various species. They can also provide clues about past environmental conditions, including climates and habitats.
