Differences

This shows you the differences between two versions of the page.

--- darwin [2024/01/25 23:10] – yiler.huang
+++ darwin [2024/01/31 02:23] (current) – scott.chen
@@ Line 1: / Line 1: @@
-====== Genetics 03: What is Darwin's Theory of Evolution? ======
+<html>
+<h1 class="sectionedit1 page-header pb-3 mb-4 mt-5" id="welcome_歡迎蒞臨">Genetics 03: What is Darwin's Theory of Evolution?<br>遺傳學 03: 何謂達爾文進化論?<a class="anchorjs-link " href="#welcome_歡迎蒞臨" aria-label="Anchor link for: welcome_歡迎蒞臨" data-anchorjs-icon="" style="font-family: anchorjs-icons; font-style: normal; font-variant: normal; font-weight: normal; line-height: 1; padding-left: 0.375em;"></a></h1>
+</html>
 ===== Yiler =====
@@ Line 14: / Line 16: @@
 {{::yiler-mechanisms-of-microevolution.png?1200|}}
+==== Sources ====
+https://evolution.berkeley.edu/evolution-101/microevolution/defining-microevolution/
+===== Steve =====
+==== Article A ====
+Genetic evolution is the process of inheriting physical or behavioural traits through reproduction. Evolution traits are decided by two main selections methods, natural selection and, artificial selection. Artificial selections is when humans decides which animals should breed and natural selections is based on nature. Natural will allow the fittest animal to pass on their genes and the animals that are more attractive to others will get a higher chance to pass down their genes. Today, this theory is called “modern evolution theory” but before genes were discovered, these things were theorized by Darwin and known as “Darwin's Theory of Evolution”.
+==== Article B ====
+Darwinian fitness, also known as evolutionary fitness, refers to the measure of an individual organism's or genotype's reproductive success. Traits like resistance to disease, efficient mating, parental care, and greater adaptability can lead to a higher evolutionary fitness score. Those with a higher score, are more likely to become more prevalent in the population and those with lower scores are more also more likely to decrease in frequency and disappear. There evolutionary fitness score can be split into two different types, the absolute fitness score, and the relative fitness score. Absolute fitness quantifies the proportional change in the abundance of a genotype over one generation solely due to natural selection and relative fitness is is a measure of the comparison of the absolute fitness of one individual or genotype to the absolute fitness of other individuals or genotypes in the population.
+==== Infographic ====
+{{ :steve-2-fitness-for-reporduction-drawing.svg |}}
+==== Sources ====
+https://www.biologyonline.com/dictionary/darwinian-fitness