Cycling
Biological organization
Biological organization
Biological organization
Ecosystem
Characteristics of life
Cell
Genetics
100

Chemical cycling has sun, producers, consumers and decomposers, but in chemical cycling the decomposers return________ _________

to the soil and therefore to the __________ continues the cycle.

inorganic nutrients

producers

100

Biosphere

Regions of the earths crust, water and atmosphere inhabited by living organisms.

100

Organism

An individual, plant, fungi, or single celled organism

100

Molecule

Composed of two or more atoms of the same or different elements.

100

Eco

House

100

Characteristics of life shared by living organisms

Homeostasis, Reproduction, Respond to stimuli, Grow and develop, maintain organization, capture and store energy, materials and energy.

100

The majority of the organisms on the planet such as ______ and ______ are single celled.

Bacteria and protists

100

DNA

Deoxyribonucleic Acid, provides the instructions for the organization and metabolism of the particular organism.

200

The final step in chemical cycling 

Returning inorganic nutrients to the soil
200

Ecosystem

Community plus physical environment

200

Organ System

Several organs working together

200
Atoms

The smallest unit of an element composed of protons, neutrons and electrons.

200

Examples of an ecosystem

Rainforest, grasslands, coral reef etc...

200

Development

A process where cells express specific genes to distinguish themselves from other cells; thus, forming tissues and organs.

200
Single celled and complex organisms must have ______ and ________ to maintain organization and carry on necessary activities.

An outside source of materials and energy.

200

Genetic instructions inherited from parents located on long molecules of DNA

Genes

300

The final step of chemical cycling.

Heat dissipating into the atmosphere.
300

Community

Interacting populations in a particular area.
300

Organ

Tissue functioning together for a specific task

300

Ecosystems must have photosynthetic organisms (plants, grasses etc.) to exist, otherwise they could not utilize the ________ ________

Suns energy

300

When plants and animals break down nutrient molecules.

Metabolizing

300

Cells make their parts and products using __________

Nutrients and molecules

300

Variations in Genes account for

The differences in the species (among other things)

400

Energy

The capacity to do work.

400

Population

Organisms of the same species in a particular area

400

Tissue

A group of cells with a common structure and function

400

_________ and __________ largely determine where different ecosystems are found in the biosphere.

Energy flow and nutrient cycling

400

Photosynthesis

Transforms energy into the chemical energy of nutrient molecules.

400

Mutations

Inheritable changes in genetic information. 

500

_____________ and ___________determine the type of ecosystem.

Energy and nutrients

500

Species

A group of similar interbreeding organisms

500

Cell

The structural and functional unit for all living organisms.

500

Community structure and the food chain in an ecosystem are determined by ______ _______ and ______ _______

solar energy

nutrient cycling (chemical cycling)

500

Living organisms keep their temperature, moisture level, acidity and other factors critical to life stable in a process

Homeostasis

500

Adaptations

Modifications that make organisms suited to their way of life.

600

What is the source of energy for nearly all life on earth?

The sun

600

_______ determine the type of ecosystem.

Availability of energy and nutrients.

600

Bob skips lunch, his liver releases stored sugar to maintain blood sugar levels. This is an example of.

Homeostasis

600
Himalayans have reduced hemoglobin that keeps their blood thinner in higher elevations preventing blood clots. This is an example of

Adaptations

700

Plants and other organisms that use photosynthesis in the "cycles"

Producers

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