Category:Biogeochemical cycles
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pathway by which a chemical element or molecule moves through both biotic and abiotic compartments of Earth | |||||
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Said to be the same as | nutrient cycle | ||||
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Subcategories
This category has the following 16 subcategories, out of 16 total.
C
- Cadmium cycle (2 F)
- Calcium cycle (3 F)
- Copper cycle (5 F)
I
- Iron cycle (6 F)
M
- Manganese cycle (4 F)
- Marine snow (9 F)
- Mercury cycle (4 F)
N
O
- Oxygen cycle (27 F)
P
- Phosphorus cycle (20 F)
- Potassium cycle (6 F)
S
- Silicon cycle (8 F)
- Sulfur cycle (20 F)
W
Z
- Zinc cycle (4 F)
Media in category "Biogeochemical cycles"
The following 48 files are in this category, out of 48 total.
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A δD-δ13C diagram.png 755 × 545; 182 KB
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Biochem Dutch text.jpg 420 × 378; 36 KB
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Biogeochem Dutch text.jpg 652 × 748; 54 KB
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Biogeochemical cycles el 2.jpg 1,846 × 3,592; 613 KB
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Biogeochemical cycles el.jpg 2,000 × 3,893; 712 KB
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BIOGEOCHEMICAL CYCLING OF ELEMENTS.svg 512 × 384; 54 KB
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Biological pump hg.png 1,155 × 806; 333 KB
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Bromine Biogeochemical Cycle.png 814 × 455; 53 KB
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Chaotic nature of ocean ventilation.jpg 722 × 518; 80 KB
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Chlorine biogeochemical cycle.png 1,576 × 890; 213 KB
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Chlorine cycle 02 26 2021.png 1,580 × 892; 194 KB
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Cycle minéralisation-humification.svg 800 × 600; 1.36 MB
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Die Gartenlaube (1872) b 355.jpg 1,508 × 1,460; 571 KB
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DOC load effect on lake metabolism.png 1,280 × 720; 63 KB
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Drivers of lake metabolism variation.tif 12,019 × 8,321; 2.62 MB
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Effects of drainage ratio and land cover on lake metabolism.tif 3,691 × 1,985; 317 KB
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FluorineCycleWikiMcKaig.png 1,439 × 810; 184 KB
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FoodWebSimple-es.svg 779 × 640; 28 KB
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FoodWebSimple.svg 730 × 600; 24 KB
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Generalized biogeochemical cycle.jpg 430 × 519; 37 KB
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Global involvement of fungi in some biogeochemical cycles.png 3,076 × 1,942; 51 KB
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Gold Cycle.png 1,323 × 788; 94 KB
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Importance of Antarctic krill in biogeochemical cycles.png 998 × 762; 464 KB
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Iodine Figure Draft 1.png 1,563 × 1,126; 484 KB
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Lake metabolism for mixing vs stratified.tif 1,471 × 684; 3.93 MB
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Lake metabolism seasonality at low and high latitudes.tif 8,321 × 12,019; 2.61 MB
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Land use effects on lake metabolism.tif 12,019 × 8,321; 2.49 MB
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Lead Cycle Updated.jpg 6,035 × 3,303; 907 KB
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Marine export production.jpg 743 × 544; 243 KB
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Microbial iron cycle.png 635 × 931; 48 KB
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Microbial nitrogen cycle.png 874 × 760; 46 KB
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Microbial sulfur cycle.png 843 × 887; 59 KB
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Microscale heterogeneity in the ocean.jpg 1,280 × 741; 104 KB
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Nitrogen–carbon–climate interactions.jpg 630 × 636; 117 KB
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Nutrient flux.png 628 × 914; 52 KB
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Pathways for carbon dioxide and methane emissions from mangrove forests.webp 2,609 × 1,818; 1.33 MB
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Role of Antarctic krill in biogeochemical cycles.webp 1,985 × 1,392; 195 KB
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Role of marine organisms in biogeochemical cycling.jpg 1,984 × 1,404; 1.62 MB
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Selenium pathways and transformations.png 3,613 × 2,974; 1.23 MB
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Simple box model.png 560 × 560; 29 KB
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Soil biogeochemical cycles and biota underpin ecosystem services.png 1,195 × 906; 401 KB
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The Gold Cycle V2.png 1,124 × 622; 44 KB
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Vegetation and fauna processes controlling benthic biogeochemical fluxes.jpg 3,131 × 1,840; 235 KB
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Ventilation in an idealized high-latitude ocean basin.jpg 1,280 × 893; 71 KB
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WhalePump-es.png 1,600 × 1,273; 481 KB
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WhalePump.jpg 1,589 × 1,264; 1.21 MB