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protocell
scientists who study ancient life, are like detectives who use fossils to understand events that hap
geological explanation for the movement of continents over Earth\'s thick, liquid interior
chemosynthetic prokaryotes that live in harsh environments, such as deep-sea vents and hot springs.
Diamonds
The fossils in the top layer must also be younger than those in deeper layers
large, ordered structure, enclosed by a membrane, that carries out some life activities, such as gr
scientists use radiometric dating techniques utilizing the radioactive isotopes in rocks
physical evidence of an organism that lived long ago that scientists use to study the past; evidenc
Relative dating
scientists who study ancient life, are like detectives who use fossils to understand events that hap
geological explanation for the movement of continents over Earth\'s thick, liquid interior
chemosynthetic prokaryotes that live in harsh environments, such as deep-sea vents and hot springs.
Diamonds
The fossils in the top layer must also be younger than those in deeper layers
large, ordered structure, enclosed by a membrane, that carries out some life activities, such as gr
scientists use radiometric dating techniques utilizing the radioactive isotopes in rocks
physical evidence of an organism that lived long ago that scientists use to study the past; evidenc
Plate tectonics
scientists who study ancient life, are like detectives who use fossils to understand events that hap
geological explanation for the movement of continents over Earth\'s thick, liquid interior
chemosynthetic prokaryotes that live in harsh environments, such as deep-sea vents and hot springs.
Diamonds
The fossils in the top layer must also be younger than those in deeper layers
large, ordered structure, enclosed by a membrane, that carries out some life activities, such as gr
scientists use radiometric dating techniques utilizing the radioactive isotopes in rocks
physical evidence of an organism that lived long ago that scientists use to study the past; evidenc
sedimentary rocks
scientists who study ancient life, are like detectives who use fossils to understand events that hap
geological explanation for the movement of continents over Earth\'s thick, liquid interior
chemosynthetic prokaryotes that live in harsh environments, such as deep-sea vents and hot springs.
Diamonds
The fossils in the top layer must also be younger than those in deeper layers
large, ordered structure, enclosed by a membrane, that carries out some life activities, such as gr
scientists use radiometric dating techniques utilizing the radioactive isotopes in rocks
physical evidence of an organism that lived long ago that scientists use to study the past; evidenc
Radiometric dating
scientists who study ancient life, are like detectives who use fossils to understand events that hap
geological explanation for the movement of continents over Earth\'s thick, liquid interior
chemosynthetic prokaryotes that live in harsh environments, such as deep-sea vents and hot springs.
Diamonds
The fossils in the top layer must also be younger than those in deeper layers
large, ordered structure, enclosed by a membrane, that carries out some life activities, such as gr
scientists use radiometric dating techniques utilizing the radioactive isotopes in rocks
physical evidence of an organism that lived long ago that scientists use to study the past; evidenc
fossils
scientists who study ancient life, are like detectives who use fossils to understand events that hap
geological explanation for the movement of continents over Earth\'s thick, liquid interior
chemosynthetic prokaryotes that live in harsh environments, such as deep-sea vents and hot springs.
Diamonds
The fossils in the top layer must also be younger than those in deeper layers
large, ordered structure, enclosed by a membrane, that carries out some life activities, such as gr
scientists use radiometric dating techniques utilizing the radioactive isotopes in rocks
physical evidence of an organism that lived long ago that scientists use to study the past; evidenc
Paleontologists
scientists who study ancient life, are like detectives who use fossils to understand events that hap
geological explanation for the movement of continents over Earth\'s thick, liquid interior
chemosynthetic prokaryotes that live in harsh environments, such as deep-sea vents and hot springs.
Diamonds
The fossils in the top layer must also be younger than those in deeper layers
large, ordered structure, enclosed by a membrane, that carries out some life activities, such as gr
scientists use radiometric dating techniques utilizing the radioactive isotopes in rocks
physical evidence of an organism that lived long ago that scientists use to study the past; evidenc
archaebacteria
scientists who study ancient life, are like detectives who use fossils to understand events that hap
geological explanation for the movement of continents over Earth\'s thick, liquid interior
chemosynthetic prokaryotes that live in harsh environments, such as deep-sea vents and hot springs.
Diamonds
The fossils in the top layer must also be younger than those in deeper layers
large, ordered structure, enclosed by a membrane, that carries out some life activities, such as gr
scientists use radiometric dating techniques utilizing the radioactive isotopes in rocks
physical evidence of an organism that lived long ago that scientists use to study the past; evidenc
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