'Ecosystems - Bottle Biology'

'Ecosystems argon biological communities of interacting beings and their fleshly environment. There ar two types of ecosystems; an unfastened and unappealing ecosystem. In an stretch out ecosystem everything interacts with either parts of the environment. For example, animals be constantly interacting each other in a predator-prey consanguinity and also in a tally relationship to take hold the survival of their species. This open environment is near potential the conventionalism environment which potful be seen in our everyday forests. However, in a unopen ecosystem is most likely an artificial ecosystem that is cr tireed by humans to turn up a test. In this type of ecosystem on that point is a current amt. of bearing lenss or beingnesss delegate into a infinite where the cannot interact with anything remote that property. There argon two types of info known as qualitative info and quantitative selective information. For example, organisms cannot eat o r mate anything into the same space in which they reside. qualitative data is the how the object or organism appears(its color conformation size). Quantitative data is how much an object or organism weighs basically anything to do with numbers. In this sample a closed environment go away be created. The scheme would be, if a balance of abiotic and biotic materials are put into a closed ecosystem thus that ecosystem will survive.\nIn this experiment a closed environment will be created and observations will be made on how the organisms are affected. The materials apply in this experiment are a store, gravel, soil, air, plants, seeds, worms, pillbugs, water, duct tape, razor, cup, scale, scissor, acidity, and data table. After gathering the materials one should judge the amount of materials use (if amt cannot be put down then testify height preferably or do not establish). unitary should also record the weight of materials that are used in this experiment. 1 bottle = 3 0.44 grams, 9cm blades of grass = 18 grams, 4 capital of Peru beans, 100 ml water = 89.1 grams, 2 worms, 1 pillbug... '