Statistics Explained

Archive:Phosphorus balance in agriculture

Revision as of 16:26, 27 September 2011 by Kremeak (talk | contribs) (Created page with 'thumb|center|200px|<b>PAGE UNDER CONSTRUCTION !!!</b> : ''Data from September 2011, most recent data: {{Template:Publication|code=aei_p...')
(diff) ← Older revision | Latest revision (diff) | Newer revision → (diff)
PAGE UNDER CONSTRUCTION !!!

Data from September 2011, most recent data: Gross Nutrient Balance



Between 2005 and 2008, the Gross Phosphorus Balance for the EU27 remained relative stable with an estimated average of 2 kg Phosphorus (P) per ha. In the EU15 the Gross Phosphorus Balance reduced slightly from an estimated average of 5 kg P per ha in the period 2000-2004 to an estimated average of 3 kg P in the period 2005-2008. In the ten former Central and Eastern European (CEC) Countries (PL, SI, SK, EE, LT, LV, CZ, HU, RO and BG) the Gross Phosphorus Balance was much lower than in the EU-15, with an estimated average of 0 kg/ha over the period 2005-2008.



All the figures in this article are presented as averages over a period of 5 years. Meteorological conditions have a big impact on the annual estimated Gross Phosphorus Balances. The amount of nutrients removed with the harvest and grazing of crops and fodder, is depending on the nutrient content of crops and fodder and the yields of crops and fodder. The nutrient content of fodder and crops is estimated to be more or less constant in most countries. The amount of nutrients removed with the harvest and grazing of crops and fodder is therefore mainly depending on yields. Yields are depending on farmer practices (like pesticide and fertiliser use, irrigation etc) and on meteorological conditions. Metereological conditions vary significantly from year to year and these fluctuations can also be seen in the estimated nutrient output and surplus. In 2003 and 2007 for instance, large parts of Europe were hit by extreme weather causing significant drops in crop production, in many Member States a peak in the balance can be noted for these years. Variations in the nutrient surplus between years should therefore be interpreted with care. To limit the impact of metereological conditions on the trend, the trend can best be analysed looking at averages over a period of a few years.

The P surplus is high in the Mediterranean islands MT and CY and Northwest-Europe (NO, NL, UK, DK) while the balance is negative for IT and GR and many of the former CEC countries.
Subdivision 2

Data sources and availability

<description of data sources, survey and data availability (completeness, recency) and limitations>

Context

<context of data collection and statistical results: policy background, uses of data, …>

Further Eurostat information

Publications

Main tables

Title(s) of second level folder (if any)
Title(s) of third level folder (if any)

Database

Title(s) of second level folder (if any)
Title(s) of third level folder (if any)

Dedicated section

Methodology / Metadata

<link to ESMS file, methodological publications, survey manuals, etc.>

Source data for tables, figures and maps on this page (MS Excel)

Other information

<Regulations and other legal texts, communications from the Commission, administrative notes, Policy documents, …>

<For other documents such as Commission Proposals or Reports, see EUR-Lex search by natural number>

<For linking to database table, otherwise remove: {{{title}}} ({{{code}}})>

External links

See also

Notes


[[Category:<Subtheme category name(s)>|Statistical article]] [[Category:<Statistical article>|Statistical article]]