FILE	DESCRIPTION	PROPERTIES
BACTERIA	The growth of a bacterial colony as a function of time.	Increasing, Sigmoidal
BEANS	Beans were placed in a styrofoam cup, covered them lightly with soil, and watered regularly. On the tenth day sprouts emerged. This shows the height as a function of time.	Increasing, Sigmoidal
CRAB	The claw weight versus body weight of fiddler-crabs.	Increasing, Concave Up
CYNTHIA	Cynthia's approximate height from age 1 to age 12.	Increasing, Concave Down
DUCKWEED	The results of an experiment in which Duckweed fronds—large compound leaves—were counted every week.	Increasing, Concave Up
FLOWER	The height of sunflower plants as a function of time.	Increasing, Sigmoidal
GUINEA	The pre-natal growth of a Guinea-Pig. The length is a function of time.	Increasing, Sigmoidal
LUPINE	The growth of a Lupine from day 4 to day 21.	Increasing, Sigmoidal
MAIZE	The weight of an ear of maize as a function of time.	Increasing, Sigmoidal
MOTHS	The number of acres defoliated by gypsy moths as a function of time.	Increasing, Concave Up
NSPLAICE	The weight of North Sea plaice as a function of time.	Increasing, Concave Up
PLAICE	The results of an experiment relating the weight of plaice to its length.	Increasing, Concave Up
PLANT	The total area of the leaves of a plant as a function of time.	Increasing, Sigmoidal
POSTNATAL	The length, from month to month, of a newly born child.	Increasing, Sigmoidal
PRENATAL	The length, from month to month, of a prenatal child.	Increasing, Sigmoidal
SOLE	The weight of North Sea sole as a function of time.	Increasing, Sigmoidal
STURGEON	A biologist measured the length of a sturgeon over a 21 year period. This shows the length in centimeters as a function of the time in years.	Increasing, Concave Down
URUGUAY	In 1961 fertilized grass-legume pastures were introduced into Uruguay. This shows the total number of ranchers who adopted this new technology from 1965 to 1976.	Increasing, Sigmoidal
YEAST	The amount of yeast as a function of time.	Increasing, Sigmoidal