🚀 Bite-sized Summary: Secondary production is like a "savings account" for animals, where they store carbon compounds they get from food. But here's the catch: as we move up the food chain, there's less "money" (carbon compounds) left for each level. Why? Let's dive in!
🍰 Real-world example: Imagine you eat a delicious slice of cake (yum!). The cake has sugars and other carbon compounds. As you digest it, your body will use some of these compounds to make proteins and other vital stuff.
🍕 Real-world example: Think of pizza. If 10 friends share 1 pizza, there will be fewer slices per person than if only 2 friends shared it. Similarly, there's less biomass to go around at each higher trophic level because some of it is used up in respiration.
Dive deeper and gain exclusive access to premium files of Biology HL. Subscribe now and get closer to that 45 🌟
🚀 Bite-sized Summary: Secondary production is like a "savings account" for animals, where they store carbon compounds they get from food. But here's the catch: as we move up the food chain, there's less "money" (carbon compounds) left for each level. Why? Let's dive in!
🍰 Real-world example: Imagine you eat a delicious slice of cake (yum!). The cake has sugars and other carbon compounds. As you digest it, your body will use some of these compounds to make proteins and other vital stuff.
🍕 Real-world example: Think of pizza. If 10 friends share 1 pizza, there will be fewer slices per person than if only 2 friends shared it. Similarly, there's less biomass to go around at each higher trophic level because some of it is used up in respiration.
Dive deeper and gain exclusive access to premium files of Biology HL. Subscribe now and get closer to that 45 🌟