This resource presents information about the Eukaryota, which includes all animals, plants, fungi, and protists, as well as the vast majority of the organisms with which paleontologists work. Although they show unbelievable diversity in form, they share fundamental characteristics of cellular organization, biochemistry, and molecular biology. Links lead to more information about the life history and ecology, morphology, systematics, and fossil record of the Eukaryota. Other links allow navigation to all other sites in the paleontology collection. Educational levels: High school, Middle school
Collaboration by biologists worldwide assembles webpages on diversity of organisms on earth, their e...
This site provides a general introduction to paleontology and is divided into three sections. In the...
Although the term "museum" usually evokes a vision of long halls lined with exhibits, the University...
This online exhibit explores the ancestor/descendant relationships of the three domains of organisms...
peer reviewedThe Precambrian era records the evolution of the domain Eucarya. Although the taxonomy ...
Life on Earth can be traced back over 3,000 million years. Many examples of the Earth's past inhabit...
Abstract. The science does not operate with the only recognized scheme representing the taxonomy of ...
This book presents a comprehensive overview of the science of the history of life. Paleobiologists b...
Eukaryogenesis, the origin of the eukaryotic cell, represents one of the fundamental evolutionary tr...
International audienceEukaryogenesis - the emergence of eukaryotic cells - represents a pivotal evol...
This table contains taxonomic, size, and source information describing the largest known fossil plan...
Eukaryotic organisms that cannot be classified as animals, land plants, or fungi are termed protists...
Paleontology is a biological and geological scientific discipline involving the study of fossil mate...
Using molecular sequence data, biologists can generate hypotheses of protistan phylogeny and diverge...
The project of an open-access textbook of Invertebrate Paleontology is here presented, including the...
Collaboration by biologists worldwide assembles webpages on diversity of organisms on earth, their e...
This site provides a general introduction to paleontology and is divided into three sections. In the...
Although the term "museum" usually evokes a vision of long halls lined with exhibits, the University...
This online exhibit explores the ancestor/descendant relationships of the three domains of organisms...
peer reviewedThe Precambrian era records the evolution of the domain Eucarya. Although the taxonomy ...
Life on Earth can be traced back over 3,000 million years. Many examples of the Earth's past inhabit...
Abstract. The science does not operate with the only recognized scheme representing the taxonomy of ...
This book presents a comprehensive overview of the science of the history of life. Paleobiologists b...
Eukaryogenesis, the origin of the eukaryotic cell, represents one of the fundamental evolutionary tr...
International audienceEukaryogenesis - the emergence of eukaryotic cells - represents a pivotal evol...
This table contains taxonomic, size, and source information describing the largest known fossil plan...
Eukaryotic organisms that cannot be classified as animals, land plants, or fungi are termed protists...
Paleontology is a biological and geological scientific discipline involving the study of fossil mate...
Using molecular sequence data, biologists can generate hypotheses of protistan phylogeny and diverge...
The project of an open-access textbook of Invertebrate Paleontology is here presented, including the...
Collaboration by biologists worldwide assembles webpages on diversity of organisms on earth, their e...
This site provides a general introduction to paleontology and is divided into three sections. In the...
Although the term "museum" usually evokes a vision of long halls lined with exhibits, the University...