ESS Terminology

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Across
  1. 2. System exchanging energy but not matter with surroundings.
  2. 8. Nutrient enrichment causing excessive aquatic plant growth.
  3. 11. Powerful greenhouse gas produced by decomposition and livestock
  4. 12. State where opposing processes remain approximately balanced.
  5. 13. Football (soccer) player who owns a museum devoted to himself.
  6. 15. Rapid increase of algae in aquatic environments.
  7. 16. Discovered penicillin, ushering in the age of modern antibiotics.
  8. 17. Population growth increasing rapidly under unlimited conditions.
  9. 21. Caused or influenced by human activities.
  10. 23. Population growth slows as carrying capacity approaches.
  11. 26. Diagram showing energy decreases between trophic levels.
  12. 28. Companies he owns declared bankruptcy six times before “making America great again”.
  13. 29. Gradual buildup of substances within an organism.
  14. 30. Occurring with oxygen
  15. 31. Resource consumption exceeds Earth’s regenerative capacity.
  16. 32. Species producing few offspring with extensive parental care
  17. 33. Atmospheric layer containing the ozone layer
  18. 35. Species producing many offspring with little parental care
  19. 38. Conversion of nitrates into atmospheric nitrogen by bacteria.
  20. 39. System exchanging matter and energy with surroundings.
  21. 41. Removal and storage of carbon dioxide from atmosphere.
  22. 42. System that absorbs more carbon than it releases.
  23. 45. Pioneered alternating current and developed many electrical technologies.
  24. 46. Maximum population an environment can sustainably support
  25. 48. Development of industries and large-scale manufacturing
  26. 49. Non-native species that negatively affect ecosystems
  27. 51. Meeting needs without compromising future generations' ability.
  28. 53. Developed the theory of relativity.
  29. 54. Occurring without oxygen
  30. 56. Factors that limit population growth and expansion.
  31. 57. Division of continuous habitat into smaller isolated areas.
  32. 58. Species with disproportionately large effects on ecosystems
Down
  1. 1. Succession following disturbance where soil remains.
  2. 2. Protection and sustainable management of natural resources.
  3. 3. Conversion of atmospheric nitrogen into biologically usable forms.
  4. 4. Organism's feeding position within a food chain.
  5. 5. Developed pasteurization, rabies vaccines, and germ theory principles.
  6. 6. Atmospheric layer with extremely high temperatures
  7. 7. Moral consideration of human relationships with environment.
  8. 9. Oxygen-depleted water zones caused by algal blooms, killing aquatic life.
  9. 10. Developed the theory of evolution through natural selection.
  10. 12. Role and position of a species within an ecosystem.
  11. 14. Variety of life within an ecosystem or region.
  12. 18. Factor restricting population growth or distribution.
  13. 19. Increasing toxin concentration through successive trophic levels.
  14. 20. Variation of genes within a species.
  15. 22. Species whose presence indicates environmental conditions.
  16. 24. Lowest atmospheric layer where weather occurs
  17. 25. Underground layers that store and transmit groundwater
  18. 27. Air pollution formed from smoke and chemical reactions
  19. 34. Succession beginning where no soil previously existed.
  20. 36. Event when many species become extinct rapidly
  21. 37. O2 required to decompose organic matter in water.
  22. 40. Cooling of Pacific waters affecting global weather patterns
  23. 43. Ecosystem capacity to regenerate resources and absorb wastes.
  24. 44. Amount of dissolved salt in water
  25. 47. Record-breaking global pop icon and prolific singer-songwriter.
  26. 50. Formulated laws of motion and universal gravitation.
  27. 52. Graphs showing rapid, exponential population growth
  28. 55. Pioneer of modern genetics