From: Subject: N_cycle Date: Thu, 11 Jun 2009 12:52:37 +0100 MIME-Version: 1.0 Content-Type: multipart/related; type="text/html"; boundary="----=_NextPart_000_003F_01C9EA93.7F9B5C30" X-MimeOLE: Produced By Microsoft MimeOLE V6.00.2900.5579 This is a multi-part message in MIME format. ------=_NextPart_000_003F_01C9EA93.7F9B5C30 Content-Type: text/html; charset="Windows-1252" Content-Transfer-Encoding: quoted-printable Content-Location: http://uk.geocities.com/biodesk/n_cycle.htm N_cycle

The Nitrogen Cycle

 

Questions.

  1. What chemical does C represent?=20
  2. What organisms are found at B?=20
  3. What process is taking place between C and G; G and K?=20
  4. Name the chemical at G=20
  5. Name the chemical at K=20
  6. What process is occurring at M?=20
  7. Name an organism found at H.=20
  8. Name an organism found at J=20
  9. Name an organism involved in process L=20
  10. Name process L?=20
  11. What does L actually involve-and what conditions does it occur = under?=20
  12. What is happening at the arrow from atmospheric N to box K?=20
  13. To avoid getting too cluttered, some arrows from D,E,F to box C = are=20 omitted. What would these arrows represent?=20
  14. Suggest what box O represents=20
  15. P represents a bad outcome-what might this box be?

 

Answers.

  1. Ammonia/ammonium ions=20
  2. Nitrogen fixing bacteria (e.g. Rhizobium)=20
  3. Nitrification=20
  4. Nitrite=20
  5. Nitrate=20
  6. Death and decay=20
  7. Nitrosomonas (easiest to recall - sounds like nitrogen and = ammonia(s)=20 mixed up!)=20
  8. Nitrobacter (other correct types would be allowed)=20
  9. Pseudomonas=20
  10. Denitrification.=20
  11. Conversion of nitrate back into atmospheric nitrogen - occurs in=20 waterlogged anaerobic soil conditions.=20
  12. The fixation of atmospheric N by lightning=20
  13. Nitrogenous excretion=20
  14. Manufacture/application of nitrogenous fertiliser. Nox gases as = pollution=20 is not allowable!=20
  15. Leaching of excess N in agricultural fertilisers into=20 freshwater/groundwater. Could lead to eutrophication or drinking water = levels=20 of N in excess of EEC limits. (Though some fairly recent evidence = suggests=20 this limit should be reviewed).

 

  • Click here = to test=20 your understanding of the Carbon Cycle!=20
  • Back to A = Level=20 Index=20
  • Back to = Access=20 Index

      For clarification on any = of these=20 issues, email me!

      =A9David Funge 2002

      3D1=20
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