50 to 70% of storedcarbon in achronosequence ofboreal forestedislands derives fromroots and root-associatedmicroorganismsreduced fungalabundanceafter wildfirescan persist forseveral yearsericoid fungidominatethe deepersoilshyphae die, thecarbon in theirtissues couldremain in thesoil for years ordecadesmycorrhizal fungiare a dominantcomponent of themicrobialcommunity in soilsectomycorrhizalfungi tend todecline afternitrogenenrichmentcarbon storedin soil can helpthe release ofgreenhousegases to theatmospheretrees & plantsabsorb carbondioxide andproduce oxygectomycorrhizalfungi arecommon in highlatitudesystemsmycorrhizalfungi removeatmosphericCO2 by theirplant hostthe carboncompounds thatremain in the soil overthe long term havebeen produced byfungi and othermicrobes, not byplantstwo groups ofmychorrhizalfungi, ericoidandectomycorrhizalfungithe borealforest biomecovers 11%of the landsurfaceplants soak up thecarbon that wouldotherwise rise upand trap heat inthe atmospheremycorrhizal fungimake smallercontributions tosoil carbon inmore frequentlyburned borealforestsdead fungaltissues decayfaster infrequentlyburned borealforests soilboreal forestbiome contains16% of thecarbon stocksequestered insoilshypae die,thecarbon in theirtssues could bedecomposed byother soilmicrobesduringphotosynthesis,treesand plants storecarbon as theyabsorb carbondioxidethe extent to whichmycorrhizal fungiimprove plant growthcan also determine howmuch carbon isdeposited in the soil viadead plant materialcarbon entersthe soil frombeneath viaroots &mycorrhizalfungithe longer themycorrhizal carbonremains in the soil,the greatercontribution to soilcarbon sequestrationwildfiresdecrease theabundance ofectomycorrhizalfungicarbonsequestration isthe intake andstorage of theelement carbon50 to 70% of storedcarbon in achronosequence ofboreal forestedislands derives fromroots and root-associatedmicroorganismsreduced fungalabundanceafter wildfirescan persist forseveral yearsericoid fungidominatethe deepersoilshyphae die, thecarbon in theirtissues couldremain in thesoil for years ordecadesmycorrhizal fungiare a dominantcomponent of themicrobialcommunity in soilsectomycorrhizalfungi tend todecline afternitrogenenrichmentcarbon storedin soil can helpthe release ofgreenhousegases to theatmospheretrees & plantsabsorb carbondioxide andproduce oxygectomycorrhizalfungi arecommon in highlatitudesystemsmycorrhizalfungi removeatmosphericCO2 by theirplant hostthe carboncompounds thatremain in the soil overthe long term havebeen produced byfungi and othermicrobes, not byplantstwo groups ofmychorrhizalfungi, ericoidandectomycorrhizalfungithe borealforest biomecovers 11%of the landsurfaceplants soak up thecarbon that wouldotherwise rise upand trap heat inthe atmospheremycorrhizal fungimake smallercontributions tosoil carbon inmore frequentlyburned borealforestsdead fungaltissues decayfaster infrequentlyburned borealforests soilboreal forestbiome contains16% of thecarbon stocksequestered insoilshypae die,thecarbon in theirtssues could bedecomposed byother soilmicrobesduringphotosynthesis,treesand plants storecarbon as theyabsorb carbondioxidethe extent to whichmycorrhizal fungiimprove plant growthcan also determine howmuch carbon isdeposited in the soil viadead plant materialcarbon entersthe soil frombeneath viaroots &mycorrhizalfungithe longer themycorrhizal carbonremains in the soil,the greatercontribution to soilcarbon sequestrationwildfiresdecrease theabundance ofectomycorrhizalfungicarbonsequestration isthe intake andstorage of theelement carbon

Untitled Bingo - 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. 50 to 70% of stored carbon in a chronosequence of boreal forested islands derives from roots and root-associated microorganisms
  2. reduced fungal abundance after wildfires can persist for several years
  3. ericoid fungi dominate the deeper soils
  4. hyphae die, the carbon in their tissues could remain in the soil for years or decades
  5. mycorrhizal fungi are a dominant component of the microbial community in soils
  6. ectomycorrhizal fungi tend to decline after nitrogen enrichment
  7. carbon stored in soil can help the release of greenhouse gases to the atmosphere
  8. trees & plants absorb carbon dioxide and produce oxyg
  9. ectomycorrhizal fungi are common in high latitude systems
  10. mycorrhizal fungi remove atmospheric CO2 by their plant host
  11. the carbon compounds that remain in the soil over the long term have been produced by fungi and other microbes, not by plants
  12. two groups of mychorrhizal fungi, ericoid and ectomycorrhizal fungi
  13. the boreal forest biome covers 11% of the land surface
  14. plants soak up the carbon that would otherwise rise up and trap heat in the atmosphere
  15. mycorrhizal fungi make smaller contributions to soil carbon in more frequently burned boreal forests
  16. dead fungal tissues decay faster in frequently burned boreal forests soil
  17. boreal forest biome contains 16% of the carbon stock sequestered in soils
  18. hypae die,the carbon in their tssues could be decomposed by other soil microbes
  19. during photosynthesis,trees and plants store carbon as they absorb carbon dioxide
  20. the extent to which mycorrhizal fungi improve plant growth can also determine how much carbon is deposited in the soil via dead plant material
  21. carbon enters the soil from beneath via roots & mycorrhizal fungi
  22. the longer the mycorrhizal carbon remains in the soil, the greater contribution to soil carbon sequestration
  23. wildfires decrease the abundance of ectomycorrhizal fungi
  24. carbon sequestration is the intake and storage of the element carbon