The Early Evolution of LifeMost of life's history involved the biochem translation - The Early Evolution of LifeMost of life's history involved the biochem Thai how to say

The Early Evolution of LifeMost of

The Early Evolution of Life


Most of life's history involved the biochemical evolution of single-celled microorganisms. We find individual fossilized microbes in rocks 3.5 billion years old, yet we can conclusively identify multicelled fossils only in rocks younger than 1 billion years. The oldest microbial communities often constructed layered mound-shaped deposits called stromatolites, whose structures suggest that those organisms sought light and were therefore photosynthetic. These early stromatolites grew along ancient seacoasts and endured harsh sunlight as well as episodic wetting and drying by tides. Thus it appears that, even as early as 3.5 billion years ago, microorganisms had become remarkably durable and sophisticated!

Many important events mark the interval between 1 and 3 billion years ago. As the illustration shows, smaller volcanic terrains were joined by larger, more stable granitic continents. Life learned how to release oxygen from water, and it populated the newly expanded continental shelf regions. The illustration depicts these events, both in the abundant mound-shaped stromatolites along the shoreline and in the greater variety of filamentous and spherical microbes in the foreground. Finally, between 1 and 2 billion years ago, the eukaryotic cells with their complex system of organells and membranes developed (note the euglena in the illustration) and began to experiment with multicelled body structures. The illustration shows a primitive jellyfish and two Ediacarian "sea pens."


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The Early Evolution of LifeMost of life's history involved the biochemical evolution of single-celled microorganisms. We find individual fossilized microbes in rocks 3.5 billion years old, yet we can conclusively identify multicelled fossils only in rocks younger than 1 billion years. The oldest microbial communities often constructed layered mound-shaped deposits called stromatolites, whose structures suggest that those organisms sought light and were therefore photosynthetic. These early stromatolites grew along ancient seacoasts and endured harsh sunlight as well as episodic wetting and drying by tides. Thus it appears that, even as early as 3.5 billion years ago, microorganisms had become remarkably durable and sophisticated!Many important events mark the interval between 1 and 3 billion years ago. As the illustration shows, smaller volcanic terrains were joined by larger, more stable granitic continents. Life learned how to release oxygen from water, and it populated the newly expanded continental shelf regions. The illustration depicts these events, both in the abundant mound-shaped stromatolites along the shoreline and in the greater variety of filamentous and spherical microbes in the foreground. Finally, between 1 and 2 billion years ago, the eukaryotic cells with their complex system of organells and membranes developed (note the euglena in the illustration) and began to experiment with multicelled body structures. The illustration shows a primitive jellyfish and two Ediacarian "sea pens."
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The Early Evolution of Life


Most of life's history involved the biochemical evolution of single-celled microorganisms. We find individual fossilized microbes in rocks 3.5 billion years old, yet we can conclusively identify multicelled fossils only in rocks younger than 1 billion years. The oldest microbial communities often constructed layered mound-shaped deposits called stromatolites, whose structures suggest that those organisms sought light and were therefore photosynthetic. These early stromatolites grew along ancient seacoasts and endured harsh sunlight as well as episodic wetting and drying by tides. Thus it appears that, even as early as 3.5 billion years ago, microorganisms had become remarkably durable and sophisticated!

Many important events mark the interval between 1 and 3 billion years ago. As the illustration shows, smaller volcanic terrains were joined by larger, more stable granitic continents. Life learned how to release oxygen from water, and it populated the newly expanded continental shelf regions. The illustration depicts these events, both in the abundant mound-shaped stromatolites along the shoreline and in the greater variety of filamentous and spherical microbes in the foreground. Finally, between 1 and 2 billion years ago, the eukaryotic cells with their complex system of organells and membranes developed (note the euglena in the illustration) and began to experiment with multicelled body structures. The illustration shows a primitive jellyfish and two Ediacarian "sea pens."


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ช่วงวิวัฒนาการของชีวิต


ส่วนใหญ่ของประวัติศาสตร์ของชีวิตที่เกี่ยวข้องกับวิวัฒนาการทางชีวเคมีของเดียว celled จุลินทรีย์ เราพบฟอสซิลในหินแต่ละจุลินทรีย์ 3.5 พันล้านปี แต่เราสามารถสรุประบุ multicelled ซากดึกดำบรรพ์ในหินอ่อนกว่า 1 พันล้านปี ชุมชนเก่าแก่สร้างชั้นเนินรูปจุลินทรีย์มักจะเรียกว่าสโตรมาโทไลต์เงินฝาก ,ที่มีโครงสร้างแนะนำว่าสิ่งมีชีวิตเหล่านั้นหาแสงและจึงสังเคราะห์แสง . สโตรมาโทไลต์ต้นเหล่านี้เติบโตตาม seacoasts โบราณและทนต่อแสงแดดที่รุนแรงเช่นเดียวกับตอนเปียก และแห้ง โดยกระแสน้ำ จึงปรากฏว่า แม้เร็ว 3.5 พันล้านปีที่ผ่านมา , จุลินทรีย์ได้เป็นอย่างน่าทึ่งที่ทนทาน และซับซ้อน

เหตุการณ์สำคัญหลายเครื่องหมายในช่วงระหว่าง 1 และ 3 พันล้านปีที่ผ่านมา เป็นภาพแสดงภูมิประเทศภูเขาไฟเล็ก เข้าร่วม โดย ขนาดใหญ่ มีเสถียรภาพมากขึ้น หินแกรนิตทวีป ชีวิตเรียนรู้ที่จะปล่อยออกซิเจนจากน้ำ และบรรจุ ใหม่ขยายไหล่ทวีปภูมิภาค ภาพประกอบแสดงให้เห็นเหตุการณ์เหล่านี้ทั้งเนินมากมายรูปร่าง สโตรมาโทไลต์ตามชายฝั่งและในหลากหลายมากขึ้นที่เป็นทรงกลมและจุลินทรีย์ในเบื้องหน้า ในที่สุด ระหว่าง 1 และ 2 พันล้านปีที่ผ่านมา , eukaryotic เซลล์ ด้วยระบบที่ซับซ้อนของ organells แลพัฒนา ( หมายเหตุ ยูกลีนาในภาพ ) และเริ่มทดลองกับ multicelled โครงสร้างร่างกายภาพประกอบแสดงแบบดั้งเดิมและสอง ediacarian แมงกะพรุนทะเล " ปากกา "


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