Changes between Version 7 and Version 8 of ESM2025-N-cycle

Timestamp:

05/11/22 15:15:11 (2 years ago)

Author:

klaurent

Comment:

--

ESM2025-N-cycle

@@ -24 +24 @@
 ||**Transcom** || 10.648 || 17.294 || 0.616      ||  6.634 ||  16.615 ||  0.399   ||
 ||**Piscidee** || 6.432 || 7.107 || 0.905      ||  7.890 ||  8.382 ||  0.941   ||
+
+
+* //Bouwman Inventory// :
+  1. 846 N2O emission measurements in agricultural fields and 99 measurements for NO emissions
+  2. The data set includes literature reference; location of the Measurement; climate; soil type, texture, organic C content, N content, drainage, and pH; residues left in the field; crop; fertilizer type; N application rate; method and timing of fertilizer application; NH4+ application rate (for organic fertilizers), N2O/NO emission/denitrification (expressed as total over the measurement period, as % of N rate, and as % of N rate accounting for control); measurement technique; length of measurement period; frequency of the measurements; and additional information, such as year/season of measurement, information on soil, crop or fertilizer management, specific characteristics of the fertilizer used, and specific weather events important for explaining the measured emissions.
+  3. global gridded (1°x1° resolution) data bases of soil type, soil texture, NDVI (vegetation indices) and climate.
+  4. global emission thus calculated is 6.8 Tg N2O-N y-1. The tropics (± 30° of the equator) contribute 5.4 Tg N2O-N y-1 and the emission from extra-tropical regions (poleward of 30°) is 1.4 Tg N2O-N y-1 .