The first forestsdeveloped about365 million yearsago, during theDevonian period.Leaves andbranches break upthe impact of rainand allow it toreach the forestfloor with lessimpact.A forest withtrees thatdrop theirleavesannually.Animals whichcannot producetheir own food andare thereforedependent onproducers for food.The processof watermoving intothe soil.The unevennessof forest floor litterslows the flow ofwater long enoughfor it to percolateinto the soil.The science of theinterrelationshipsof organisms inand to their entireenvironment.A forest in whichdominant trees shedtheir leaves and grownew ones duringcertain seasons ofthe year. A. Climate,soil, moisture.The process throughwhich the chlorophyllin leaves, in thepresence of sunlight,makes food andoxygen from water,soil nutrients andcarbon dioxide.Green plants, livingorganisms, thattransform the energyof the sun andinorganic materialsinto substancesneeded byconsumers.Animals whichcannot producetheir own food andare thereforedependent onproducers for food.The fungi andbacteria, primarily inthe upper soil layer,that change deadorganic matter intobasic nutrients forreuse.Carelessnessof humans.Leaves andbranches break upthe impact of rainand allow it toreach the forestfloor with lessimpact.The first forestsdeveloped about365 million yearsago, during theDevonian period.A forest in whichdominant trees shedtheir leaves and grownew ones duringcertain seasons ofthe year. A. Climate,soil, moisture.An area of landbounded by ridges inwhich brooks andstreams flow intocommon larger waterbodies (lakes, rivers).A forest with treespecies that areusuallyevergreen andthat bear cones.The science of theinterrelationshipsof organisms inand to their entireenvironment.The physicalenvironment made upof non-living materialsincluding carbondioxide, oxygen, water,soil nutrients neededby plants, light andheat from the sun.Yes, duringrespiration in darkperiods of the day,and when growthslows down such asin overmature trees.FREE!During normal gasexchange, treesabsorb carbondioxide, sulphurdioxide, etc. andgive off oxygen.The processof watermoving intothe soil.An area of landbounded by ridges inwhich brooks andstreams flow intocommon larger waterbodies (lakes, rivers).Carelessnessof humans.A forest with treespecies that areusuallyevergreen andthat bear cones.Foodandshelter.1) The progressivedevelopment of thevegetation toward itshighest ecologicalexpression, the climax.2.) The replacement ofone plant communityby another.Deciduous treeslose all theirleaves at one time- evergreens havegreen leaves allthe time.The process throughwhich the chlorophyllin leaves, in thepresence of sunlight,makes food andoxygen from water,soil nutrients andcarbon dioxide.Water, oxygen,recreation, forage,windbreaks, noiseand vision buffers,wildlife habitat.1) Large roots hold oranchor trees firmly. 2)Feeder roots absorbmoisture and smallamounts of dissolvedmineral nutrientsfrom the soil.A forest withtrees thatdrop theirleavesannually.The fungi andbacteria, primarily inthe upper soil layer,that change deadorganic matter intobasic nutrients forreuse.Water, oxygen,recreation, forage,windbreaks, noiseand vision buffers,wildlife habitat.1) The progressivedevelopment of thevegetation toward itshighest ecologicalexpression, the climax.2.) The replacement ofone plant communityby another.Green plants, livingorganisms, thattransform the energyof the sun andinorganic materialsinto substancesneeded byconsumers.The process bywhich water vaporleaves a livingplant in thedaytime andenters theatmosphere.The physicalenvironment made upof non-living materialsincluding carbondioxide, oxygen, water,soil nutrients neededby plants, light andheat from the sun.During normal gasexchange, treesabsorb carbondioxide, sulphurdioxide, etc. andgive off oxygen.The process bywhich water vaporleaves a livingplant in thedaytime andenters theatmosphere.1) Large roots hold oranchor trees firmly. 2)Feeder roots absorbmoisture and smallamounts of dissolvedmineral nutrientsfrom the soil.The greencoloring matterin plantsnecessary forphotosynthesis.Deciduous treeslose all theirleaves at one time- evergreens havegreen leaves allthe time.Yes, duringrespiration in darkperiods of the day,and when growthslows down such asin overmature trees.Foodandshelter.The greencoloring matterin plantsnecessary forphotosynthesis.The unevennessof forest floor litterslows the flow ofwater long enoughfor it to percolateinto the soil.The first forestsdeveloped about365 million yearsago, during theDevonian period.Leaves andbranches break upthe impact of rainand allow it toreach the forestfloor with lessimpact.A forest withtrees thatdrop theirleavesannually.Animals whichcannot producetheir own food andare thereforedependent onproducers for food.The processof watermoving intothe soil.The unevennessof forest floor litterslows the flow ofwater long enoughfor it to percolateinto the soil.The science of theinterrelationshipsof organisms inand to their entireenvironment.A forest in whichdominant trees shedtheir leaves and grownew ones duringcertain seasons ofthe year. A. Climate,soil, moisture.The process throughwhich the chlorophyllin leaves, in thepresence of sunlight,makes food andoxygen from water,soil nutrients andcarbon dioxide.Green plants, livingorganisms, thattransform the energyof the sun andinorganic materialsinto substancesneeded byconsumers.Animals whichcannot producetheir own food andare thereforedependent onproducers for food.The fungi andbacteria, primarily inthe upper soil layer,that change deadorganic matter intobasic nutrients forreuse.Carelessnessof humans.Leaves andbranches break upthe impact of rainand allow it toreach the forestfloor with lessimpact.The first forestsdeveloped about365 million yearsago, during theDevonian period.A forest in whichdominant trees shedtheir leaves and grownew ones duringcertain seasons ofthe year. A. Climate,soil, moisture.An area of landbounded by ridges inwhich brooks andstreams flow intocommon larger waterbodies (lakes, rivers).A forest with treespecies that areusuallyevergreen andthat bear cones.The science of theinterrelationshipsof organisms inand to their entireenvironment.The physicalenvironment made upof non-living materialsincluding carbondioxide, oxygen, water,soil nutrients neededby plants, light andheat from the sun.Yes, duringrespiration in darkperiods of the day,and when growthslows down such asin overmature trees.FREE!During normal gasexchange, treesabsorb carbondioxide, sulphurdioxide, etc. andgive off oxygen.The processof watermoving intothe soil.An area of landbounded by ridges inwhich brooks andstreams flow intocommon larger waterbodies (lakes, rivers).Carelessnessof humans.A forest with treespecies that areusuallyevergreen andthat bear cones.Foodandshelter.1) The progressivedevelopment of thevegetation toward itshighest ecologicalexpression, the climax.2.) The replacement ofone plant communityby another.Deciduous treeslose all theirleaves at one time- evergreens havegreen leaves allthe time.The process throughwhich the chlorophyllin leaves, in thepresence of sunlight,makes food andoxygen from water,soil nutrients andcarbon dioxide.Water, oxygen,recreation, forage,windbreaks, noiseand vision buffers,wildlife habitat.1) Large roots hold oranchor trees firmly. 2)Feeder roots absorbmoisture and smallamounts of dissolvedmineral nutrientsfrom the soil.A forest withtrees thatdrop theirleavesannually.The fungi andbacteria, primarily inthe upper soil layer,that change deadorganic matter intobasic nutrients forreuse.Water, oxygen,recreation, forage,windbreaks, noiseand vision buffers,wildlife habitat.1) The progressivedevelopment of thevegetation toward itshighest ecologicalexpression, the climax.2.) The replacement ofone plant communityby another.Green plants, livingorganisms, thattransform the energyof the sun andinorganic materialsinto substancesneeded byconsumers.The process bywhich water vaporleaves a livingplant in thedaytime andenters theatmosphere.The physicalenvironment made upof non-living materialsincluding carbondioxide, oxygen, water,soil nutrients neededby plants, light andheat from the sun.During normal gasexchange, treesabsorb carbondioxide, sulphurdioxide, etc. andgive off oxygen.The process bywhich water vaporleaves a livingplant in thedaytime andenters theatmosphere.1) Large roots hold oranchor trees firmly. 2)Feeder roots absorbmoisture and smallamounts of dissolvedmineral nutrientsfrom the soil.The greencoloring matterin plantsnecessary forphotosynthesis.Deciduous treeslose all theirleaves at one time- evergreens havegreen leaves allthe time.Yes, duringrespiration in darkperiods of the day,and when growthslows down such asin overmature trees.Foodandshelter.The greencoloring matterin plantsnecessary forphotosynthesis.The unevennessof forest floor litterslows the flow ofwater long enoughfor it to percolateinto the soil.

Forestry Bowl Bingo Questions 1-24 - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


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  1. The first forests developed about 365 million years ago, during the Devonian period.
  2. Leaves and branches break up the impact of rain and allow it to reach the forest floor with less impact.
  3. A forest with trees that drop their leaves annually.
  4. Animals which cannot produce their own food and are therefore dependent on producers for food.
  5. The process of water moving into the soil.
  6. The unevenness of forest floor litter slows the flow of water long enough for it to percolate into the soil.
  7. The science of the interrelationships of organisms in and to their entire environment.
  8. A forest in which dominant trees shed their leaves and grow new ones during certain seasons of the year. A. Climate, soil, moisture.
  9. The process through which the chlorophyll in leaves, in the presence of sunlight, makes food and oxygen from water, soil nutrients and carbon dioxide.
  10. Green plants, living organisms, that transform the energy of the sun and inorganic materials into substances needed by consumers.
  11. Animals which cannot produce their own food and are therefore dependent on producers for food.
  12. The fungi and bacteria, primarily in the upper soil layer, that change dead organic matter into basic nutrients for reuse.
  13. Carelessness of humans.
  14. Leaves and branches break up the impact of rain and allow it to reach the forest floor with less impact.
  15. The first forests developed about 365 million years ago, during the Devonian period.
  16. A forest in which dominant trees shed their leaves and grow new ones during certain seasons of the year. A. Climate, soil, moisture.
  17. An area of land bounded by ridges in which brooks and streams flow into common larger water bodies (lakes, rivers).
  18. A forest with tree species that are usually evergreen and that bear cones.
  19. The science of the interrelationships of organisms in and to their entire environment.
  20. The physical environment made up of non-living materials including carbon dioxide, oxygen, water, soil nutrients needed by plants, light and heat from the sun.
  21. Yes, during respiration in dark periods of the day, and when growth slows down such as in overmature trees.
  22. FREE!
  23. During normal gas exchange, trees absorb carbon dioxide, sulphur dioxide, etc. and give off oxygen.
  24. The process of water moving into the soil.
  25. An area of land bounded by ridges in which brooks and streams flow into common larger water bodies (lakes, rivers).
  26. Carelessness of humans.
  27. A forest with tree species that are usually evergreen and that bear cones.
  28. Food and shelter.
  29. 1) The progressive development of the vegetation toward its highest ecological expression, the climax. 2.) The replacement of one plant community by another.
  30. Deciduous trees lose all their leaves at one time - evergreens have green leaves all the time.
  31. The process through which the chlorophyll in leaves, in the presence of sunlight, makes food and oxygen from water, soil nutrients and carbon dioxide.
  32. Water, oxygen, recreation, forage, windbreaks, noise and vision buffers, wildlife habitat.
  33. 1) Large roots hold or anchor trees firmly. 2) Feeder roots absorb moisture and small amounts of dissolved mineral nutrients from the soil.
  34. A forest with trees that drop their leaves annually.
  35. The fungi and bacteria, primarily in the upper soil layer, that change dead organic matter into basic nutrients for reuse.
  36. Water, oxygen, recreation, forage, windbreaks, noise and vision buffers, wildlife habitat.
  37. 1) The progressive development of the vegetation toward its highest ecological expression, the climax. 2.) The replacement of one plant community by another.
  38. Green plants, living organisms, that transform the energy of the sun and inorganic materials into substances needed by consumers.
  39. The process by which water vapor leaves a living plant in the daytime and enters the atmosphere.
  40. The physical environment made up of non-living materials including carbon dioxide, oxygen, water, soil nutrients needed by plants, light and heat from the sun.
  41. During normal gas exchange, trees absorb carbon dioxide, sulphur dioxide, etc. and give off oxygen.
  42. The process by which water vapor leaves a living plant in the daytime and enters the atmosphere.
  43. 1) Large roots hold or anchor trees firmly. 2) Feeder roots absorb moisture and small amounts of dissolved mineral nutrients from the soil.
  44. The green coloring matter in plants necessary for photosynthesis.
  45. Deciduous trees lose all their leaves at one time - evergreens have green leaves all the time.
  46. Yes, during respiration in dark periods of the day, and when growth slows down such as in overmature trees.
  47. Food and shelter.
  48. The green coloring matter in plants necessary for photosynthesis.
  49. The unevenness of forest floor litter slows the flow of water long enough for it to percolate into the soil.