About this Dataset

JRC-Farming-Practices Dataset (version 2023) – An Evidence Library Of The Effects Of Farming Practices On The Environment And The Climate

The JRC-FP dataset (iMAP project, version 2023) compiles information obtained from a systematic screening of peer-reviewed meta-analyses, published since the year 2000, on the effects of 34 categories of sustainable farming practices (such as agronomic practices, cropping and livestock systems, land management options and mitigation techniques) on the climate, the environment, and productivity. Meta-analyses were systematically selected and classified according to the type of farming practice considered, the impacts evaluated, the geographical regions covered, as well as the quality of the meta-analysis. The 2023 version includes 3700 records about the effects of 34 categories of sustainable farming practices compared to conventional agriculture practices. The effects are described through approximately over 200 different pairs of comparison and 34 impacts, measured using over 600 different metrics. Impacts relate, among others, to the climate, quality of air, water and soil, anti-microbial resistance, energy use, biodiversity, and crop productivity. The dataset is freely accessible online (https://datam.jrc.ec.europa.eu/datam/mashup/JRC_FP_EVIDENCE_LIBRARY/), which provides summaries on the specific effects of each farming practice.
Publisher name: Joint Research Centre
Publisher URL: https://commission.europa.eu/about/departments-and-executive-agencies/joint-research-centre
Last updated: 2025-03-10T19:36:11Z

Tables

IMAP-FP Dataset – An Evidence Library Of The Effects Of Farming Practices On The Environment And The Climate

@ecjrc.n_4e3c371a_be72_4ea0_aa0b_45f8cdda2064.imap_fp_an_evidence_library_of_the_effects_of_farming__2fc64762

72.39 kB
294 rows
23 columns

CREATE TABLE imap_fp_an_evidence_library_of_the_effects_of_farming__2fc64762 (
  "enhanced_efficiency_fertilisers_definition_of_the_farm_580f8dfc" VARCHAR  -- Enhanced Efficiency Fertilisers;"Definition Of The Farming Practice5";"Nitrification Inhibitors Are Substances That,
  "n__coupled_to_fertilizers" VARCHAR  -- Coupled To Fertilizers,
  "n__delay_the_bacterial_oxidation_of_nh4_ammonium_to_no_1f5cab7e" VARCHAR  -- Delay The Bacterial Oxidation Of NH4+ (ammonium) To NO2- (nitrite) For A Certain Period By Suppressing The Activity Of Nitrosomonas Spp. (nitritation,
  "n__step_one_of_nitrification" VARCHAR  -- Step One Of Nitrification),
  "n__and_therefore_the_formation_of_no3_nitrate_in_this_way" VARCHAR  -- And Therefore The Formation Of NO3- (nitrate). In This Way,
  "n__mineral_nitrogen_n_is_retained_as_ammonium" VARCHAR  -- Mineral Nitrogen (N) Is Retained As Ammonium,
  "n__which_is_less_prone_to_leaching_than_nitrate" VARCHAR  -- Which Is Less Prone To Leaching Than Nitrate,
  "n__and_which_cannot_be_lost_to_the_atmosphere_by_denit_710161c1" VARCHAR  -- And Which Cannot Be Lost To The Atmosphere By Denitrification. Therefore,
  "n__nitrification_inhibitors_are_combined_with_fertiliz_6489724a" VARCHAR  -- Nitrification Inhibitors Are Combined With Fertilizers In Order To Increase Fertilizer Use Efficiency (Chaves Et Al.,
  "n__2006_chaves" VARCHAR  -- 2006).";"Chaves,
  "n__b" VARCHAR  -- B.,
  "n__opoku" VARCHAR  -- Opoku,
  "n__a" VARCHAR  -- A.,
  "n__de_neve" VARCHAR  -- De Neve,
  "n__s" VARCHAR  -- S.,
  "n__boeckx" VARCHAR  -- Boeckx,
  "n__p" VARCHAR  -- P.,
  "n__van_cleemput" VARCHAR  -- Van Cleemput,
  "n__o" VARCHAR  -- O.,
  "n__hofman" VARCHAR  -- & Hofman,
  "n__g_2006_influence_of_dcd_and_dmpp_on_soil_n_dynamics_3a5bf786" VARCHAR  -- G. (2006). Influence Of DCD And DMPP On Soil N Dynamics After Incorporation Of Vegetable Crop Residues. Biology And Fertility Of Soils,
  "n__43_1" VARCHAR  -- 43(1),
  "n__62_68" VARCHAR  -- 62-68."
);