REPORT:                                                COUNTRY                                            ROMANIA         ...
AGRICULTURE in ROMANIA                                    POPULATION                                                      ...
SOYBEANS CROPPING AREAS                                                                                                   ...
AGRICULTURAL PRACTICES    Stubble control: 1-2 days after harvesting previous crop by disk    plough, stubble mulch cultiv...
SOYBEANS REGISTERED AND COMMERCIAL VARIETIES                                            SEED PRODUCTION        2008       ...
SOYBEANS PRODUCTION                                         Area Harvested                                                ...
SOY PRODUCTS TRADE                                    • Annual soybean consumption: 600.000 tones  • Soybeans and soya mea...
SOYBEANS TRADE STRUCTURE                                          Total cereals storage capacity: 20.000.000 to     Main t...
BIOTECH POLICY Romania transposed the Directive 2001/18 regarding the deliberate release into the environment of genetical...
Traceability                                    BIOTECH POLICY (cont) According to Order 61/2012 all operators along the c...
END OF PRESENTATIONVIELEN DANK FÜR IHRE AUFMERKSAMKEIT   THANK YOU FOR YOUR ATTENTION     For additional information, plea...
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Soybeans Romania

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Soybeans Romania

  1. 1. REPORT: COUNTRY ROMANIA International Soya Symposium 2012Dragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012
  2. 2. AGRICULTURE in ROMANIA POPULATION Land • Total population : 21.388.000 • Country area: 23.839.000 Ha • Urban population : 12.535.000 • Agricultural land: 13.523.000 Ha • Rural population: 8.853.000 • Arable land: 8.789.000 Ha • Agricultural population: 1.618.000 • Temporary crops: 7.058.000 Ha (as of 2011) • Permanent crops: 362.000 Ha CROPS • Total area equipped for irrigation: 3.157.000 Ha • Functional irrigation : 750.000 Ha • Cereals: 5.016.851 Ha / 16.710.258 to • Agricultural area irrigated: 296.000 Ha • Maize: 2.094.250 Ha / 9.042.030 to (as of 2011) • Sunflower: 786.058 Ha / 1.262.930 to • Rapeseed: 527.175 Ha / 943.033 to FARM STRUCTURE • Soybeans: 63.424 Ha / 149.940 to • Family Holdings: 3.856.000 • Potato: 243.000 Ha / 4.113.000 to • Legal entities: 20.603 • Grapes: 176.000 Ha / 880.000 to • Farm associations: 1.018 (as of 2010) • Companies: 12.466 Sources: http://faostat3.fao.org, http://www.madr.ro, http://ec.europa.eu/eurostat, http://www.insse.ro, • Other legal structure: 7.119 (as of 2011) http://epp.eurostat.ec.europa.eu,Dragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012 2
  3. 3. SOYBEANS CROPPING AREAS Timis plain Caras plain West Romania Mures plain West part of Cris and Somes plains Mures valley VERY FAVORABLE AREAS Tarnava valley Central Romania Blaj-Turda plain Cibin hollow (Sibiu-Sebes) Bahlui and Jijia hollow East Romania Siret valley Romana plain (black soil) FAVORABLE AREAS South Romania East Dobrogea North Oltenia LESS FAVORABLE AREAS South Romania North Muntenia East Baragan Soybeans acreage in 2011: 69.755 Ha Cost of production non-irrigated: 375 – 475 €/Ha Contracted for irrigation in 2011: 15.878 Ha Acreage irrigated in 2011: 10.947 ha (15,70%) Cost of production irrigated: 550 – 650 €/Ha Source: http://www.madr.ro 3Dragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012
  4. 4. AGRICULTURAL PRACTICES Stubble control: 1-2 days after harvesting previous crop by disk plough, stubble mulch cultivator or other similar implements. The purpose is to save water due evaporation from compacted soil and Plowing: is performed immediately after stubble plowed under. It improves to prevent clod forming during plowing. Water seeps easier to the soil structure, increases porosity, aeration and water holding capacity of the cultivated soil, crop residues are incorporated in the soil and soil. Plowing depth is 25-28 cm. Depending on soil water content and the increased weeding effect of the tillage. amount of previous crop residues. It is important to have a very uniform plowing. Harrowing several times until winter starts is important for weed control. In dry conditions a disk harrowing at 7-11 cm is applied after under- Seedbed preparation: Spike-toothed harrowing early spring is plowing stubbles. Than the plowing is executed after a rainfall wetting the recommended for crust and weed control and land leveling. After soil to 20-25 cm depth. 2-3 weeks disk harrowing or cultivator plus spike-tooth harrow for weed control is executed together with herbicide application Sowing: starts when soil temperature at sowing depth is 7-8°C (14-15°C air) against gramineae species. The combinator (not deeper than 5 cm) and the weather trend is warming. Soybean sowing is in the same time with is used for seedbed preparation a day before sowing. maize sowing. For rained fields recommended seeding rate is 45-50 germinable seeds/m2 (for irrigated fields: 50-55 germinable seeds/m2). Weed control: during germination period crust formation and Seed quantity is 70-100 kg/ha. Sowing depth is 2,5 – 3,5 cm. For heavy soils weeds are controlled using spike-tooth harrowing. When the and 2,5 - 4 cm for medium texture soils. The spacing between rows is 50 cm. soybean plants reach the stage of first leave spring-tine cultivator An alternative is sowing in strips: 3 rows at 45 cm and 6 0-70 cm between is used for weed control. 1-2 more spring-tine cultivator works are strips. executed: one before the first hoeing, the second in the time interval between first and second hoeing. First hoeing is executed Fertilization: Soybean plants need soil nitrogen in first 25-35 days from the at 6-8 cm depth when plant rows are visible. 2-3 more hoeing are start of vegetation until the symbiosis with Bradyrhizobium japonicum. After executed depending on weeding, the last hoeing is before this moment up to 80% of the crop Nitrogen demand is supplied by fixing the flowering. A large spectrum of herbicides is used for weed control atmospheric nitrogen. The critical phenological phase regarding the Nitrogen before and after emergence. stress is 2 weeks before flowering. Therefore, 30-40 kg/ha nitrogen is applied before sowing. Then, depending on the number of Nitrogen-fixing knots 0-70 Irrigation: is applied in the period between flowering and grain kg/ha, Nitrogen is applied at hoeing. Phosphorus fertilizer is applied before filling. First irrigation is at flowering followed b 3-4 irrigations plowing. For a good Nitrogen fixing capacity the soybean seeds are treated separated by 10-14 days. On soils with good or moderate with bio-products with Bradyrhizobium japonicum. permeability the application rate is 700-800 m3/ha; on soils with low or very high permeability: 400-500 m3/ha. In dry spring a first irrigation after sowing is recommended (200-300 m3/ha). Crop rotation: Soybean is cultivated after winter wheat, winter barley. In wetter regions soybean is cultivated after sugar beet, too. Soybean is not cultivated after sunflower or rape.Dragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012 4
  5. 5. SOYBEANS REGISTERED AND COMMERCIAL VARIETIES SEED PRODUCTION 2008 2009 2010 2011 2012 Ha Tonnes Ha Tonnes Ha Tonnes Ha Tonnes Ha Tonnes 1674,66 5262,5 1604,78 4719,7 2304,58 6806,8 1748,25 4824,72 1242,69 3891 VARIETIES LISTED IN THE ROMANIAN OFFICIAL CATALOGUE 2012 Variety Maturity Maintainer VARIETIES MARKETED BUT NOT LISTED 1 Balkan I Institute of Field and Vegetable Crop Novi Sad, Serbia IN THE ROMANIAN OFFICIAL CATALOGUE 2012 2 Bolyi OO Saatzucht Quedlinburg GmbH, Germany Variety Maturity Seed Company 3 Crina F I Institutul Naţional de Cercetare-Dezvoltare Agricola Fundulea, Romania 1 PR91M10 OO 4 Cristina TD OO Statiunea de Cercetare-Dezvoltare Agricola Turda, Romania 2 PR92B63 O Pioneer 5 Columna OO Institutul Naţional de Cercetare-Dezvoltare Agricola Fundulea, Romania 3 PR92M22 O 6 Daciana OO Institutul Naţional de Cercetare-Dezvoltare Agricola Fundulea, Romania 4 FASTO CS I 7 Danubiana I Institutul Naţional de Cercetare-Dezvoltare Agricola Fundulea, Romania Caussade Semences 8 Darina TD OO Statiunea de Cercetare-Dezvoltare Agricola Turda, Romania 5 BANJO CS I 6 CONDOR II Quality Crops 9 Eugen OO Statiunea de Cercetare-Dezvoltare Agricola Turda, Romania 10 Felix OO Statiunea de Cercetare-Dezvoltare Agricola Turda, Romania Probstdorfer 7 SIGALIA OO 11 Galina I Institute of Field and Vegetable Crop Novi Sad, Serbia Saatzucht 12 Isidor I Euralis Semences SA, France 13 Mălina TD OO Statiunea de Cercetare-Dezvoltare Agricola Turda, Romania Soybeans Research in Romania 14 Neoplanta OO Institute of Field and Vegetable Crop Novi Sad, Serbia 15 NS Mercury I Institute of Field and Vegetable Crop Novi Sad, Serbia 1. Institutul National de Cercetare-Dezvoltare 16 NS Rubin I Institute of Field and Vegetable Crop Novi Sad, Serbia in Agricultura Fundulea 17 NS Trijumf OO Institute of Field and Vegetable Crop Novi Sad, Serbia (National Agricultural Research&Development 18 Oana F OO Institutul Naţional de Cercetare-Dezvoltare Agricola Fundulea, Romania Institute Fundulea) 19 Onix OO Statiunea de Cercetare-Dezvoltare Agricola Turda, Romania located in South Romania, 35 Km East Bucharest 20 Perla OOO Statiunea de Cercetare-Dezvoltare Agricola Turda, Romania 21 Proteinka O Institute of Field and Vegetable Crop Novi Sad, Serbia 2. Statiunea de Cercetare–Dezvoltare Agricola Turda 22 PS1012 I SC Procera Agrochemicals România SRL, Romania (Agricultural Research&Development Station Turda) 23 PS1020 I SC Procera Agrochemicals România SRL, Romania located in Central Romania 24 Romanesc 99 OO Institutul Naţional de Cercetare-Dezvoltare Agricola Fundulea, Romania 25 SG Eider I SG CERESCO Inc, Canada Sources: 26 Triumf I Institutul Naţional de Cercetare-Dezvoltare Agricola Fundulea, Romania www.amsem.ro, http://istis.ro, www.incs.ro, http://www.madr.ro, 27 Venerra II Institute of Field and Vegetable Crop Novi Sad, Serbia www.incda-fundulea.ro, www.scdaturda.ro 28 Vigo I SC ITC SRL, Romania 29 SGSR Picor OO SG CERESCO Inc, CanadaDragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012 5
  6. 6. SOYBEANS PRODUCTION Area Harvested (Ha)600000 512200500000 413600400000 358600 309600300000 Yield (Kg/Ha) 177481200000 122224 130752 3000 112243 2659 69755100000 63424 71000 2392 2364 4613548249 2500 2100 1943 1963 2000 0 2000 1840 1747 1986 1987 1988 1989 2003 2004 2005 2006 2008 2009 2010 2011 2012 1500 1229 1007 Production (tonnes) 1000 713 593 400000 380400 361200 344909 500 350000 312781 295100 303900 298506 0 300000 1986 1987 1988 1989 2003 2004 2005 2006 2008 2009 2010 2011 2012 250000 224900 200000 146486 149940 142000 150000 90579 84268 100000 50000 Sources: http://faostat3.fao.org, http://www.madr.ro, 0 http://ec.europa.eu/eurostat, http://www.insse.ro, 1986 1987 1988 1989 2003 2004 2005 2006 2008 2009 2010 2011 2012 http://epp.eurostat.ec.europa.eu,Dragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012 6
  7. 7. SOY PRODUCTS TRADE • Annual soybean consumption: 600.000 tones • Soybeans and soya meal imports in 2011: > 130 Mio € Soybean meal is one of the top five imported commodities, Brazil (346.000 to) and Argentina • 32.617 to of soybeans, value of 12,5Mio € (82.000 to) being the major suppliers • 3.500 to of soybean oil, value of 2,5 Mio € In 2011, US has not been a soybean meal supplier for Romania • 357.656 to of soy cake/meal, value of 117,5 Mio € The soybeans quantity exports almost doubled • Exports: 36 Mio € (mainly soybean grains) Soybean meal imports are projected to remain • Selling price: 400 – 450 €/to (as of 2012) stable in 2012 • Selling price organic: 700 - 800 €/to (as of 2012) Soybean imports (tonnes) 407.102 357.656 450.000 374.046 400.000 350.000 300.000 250.000 200.000 150.000 100.000 18.526 15.739 32.617 50.000 0 2009 2010 2011 Soybeans import Soybean meal importDragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012 7
  8. 8. SOYBEANS TRADE STRUCTURE Total cereals storage capacity: 20.000.000 to Main traders (storage): Main processors: • EXPUR (380.000 to/year) • CARGILL (500.000 to) • BUNGE ROMANIA (N/A) • ALFRED TOEPFER (300.000 to) • PRIO EXTRACTIE (316.000 to/y) • CARGILL OILS (N/A) • AMEROPA (593.000 to) • ULVEX (54.000 to/y) • AGRICOVER (600.000 to) • ARGUS (N/A) • CEREALCOM DOLJ (100.000 to) • UNILEVER SOUTH CENTRAL (N/A) • ORKLA FOODS (N/A) • NIDERA (N/A) • ARDEALUL (N/A) • GLENCORE PROTEIN (N/A) • PRUTUL (150.000 to/y) • BUNGE ROMANIA (N/A) • ULEROM (60.000 to/y) Source: www.forbes.roDragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012 8
  9. 9. BIOTECH POLICY Romania transposed the Directive 2001/18 regarding the deliberate release into the environment of genetically modified organisms through Emergency Ordinance 43/2007 (Law 247/2009) and Directive 90/219 referring to contained use of genetically-modified micro-organisms through Emergency Regulatory Authorities Ordinance 44/2007. • Ministry of Environment and Forestry (MEF) - coordinates Other legislation was passed prior to accession in accordance with and ensures the application of precautionary principle to the country’s EU accession commitments, specifically related to avoid potential adverse effects of GMOs on human health traceability and labeling of food products derived from GMO, and environment as a result of obtaining, using and commercializing these organisms which are Government Decision 173/2006 transposing Regulation EC No 1830/2003, replaced in March 2012 by Order 61/2012, and • National Agency for Environment Protection (NAEP) is the Government Decision 256/2006 transposing Regulation EC No. Competent Authority (CA) 1829/2003. • National Environmental Guard (NEG) is the control authority ensuring the right enforcement of the provisions of Directive Order no. 55 regarding the national registry for records on genetic 2001/18 modifications issued in 2007 by the Ministry of Environment and • Ministry of Agriculture and Rural Development (MARD), the Forests (MEF) is still valid. Sanitary-Veterinary and Food Safety National Authority Government Decision 497/2007 transposed the EC Regulation (ANSVSA), and the Ministry of Public Health (MPH) are also 1946/2003 on trans-boundary movements of genetically modified involved in implementing the Directive 2001/18 organisms. Order 237/2006 concerning the authorization of the biotech crops Biosafety Commission cultivators was recently replaced by Order 61/2012. The new Since 2002 the Biosafety Commission has existed in Romania as order approved by the Ministry of Agriculture provides rules for a scientific body with consultative role in assisting the the authorization and control of the biotech crop farmers as well authorities in the decision-making process regarding the as measures for ensuring the co-existence of biotech plants with issuance of authorizations. conventional and organic. The public register concerning the In 2008, the Ministry of Environment issued Order 98, setting commercial biotech fields, available on the website of Ministry of the main responsibilities of the Biosafety Commission, including Agriculture and Rural Development, is updated every year with the list of members. the following data about the farmers and the biotech seeds.Dragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012 9
  10. 10. Traceability BIOTECH POLICY (cont) According to Order 61/2012 all operators along the commercial chain must transmit and retain information about products that contain or are produced from GMOs at each stage of placing them on the market. The regulation covers all products, including food and feed, containing or Enforcement being derived from authorized GMOs. Ministry of Environment and Forests (MEF) – through the National Farmers planting biotech crops can only use certified seed - label or Environmental Guard (NEG), as NEG is in charge with enforcing the document stating “genetically modified seeds” as well as the biotech whole package of environmental protection legislation via inspection product unique identifier code. and control. Seeds suppliers prepare yearly an annual register for biotech seeds Ministry of Agriculture and Rural Development (MARD) has official containing information regarding the names and coordinates of the inspection and control capacity have responsibilities related to GMOs, farmers, the amount of seeds and crop location. such as the Division for Agricultural Policies Implementation - with roles Upon sowing completion, within 7 working days, the farmers must in authorizing local GMO plantings and in gathering information about report to the county office of MADR facts on planted area, seeds source biotech farmers and the National Inspection for Seed Quality and the and the varieties/hybrids used. Upon harvesting completion, within 7 State Institute for Variety Trials and Registration (ISTIS) that investigates working days of each month, farmers must submit to the county office from the technical point of view the varieties for which requests have of MADR data on production obtained and its purpose. been made to be registered in the Variety Register and the Official When delivering the GM products further on the commercial chain, Variety Catalogue. farmers have to clearly specify on the accompanying documents and Veterinary and Food Safety National Authority (ANSVSA) is involved in labels, the GM product unique identifier and the statement “this endorsing approvals for GM products from the perspective of assessing product contains genetically modified organisms.” potential risks to human and animal health and exerting control regarding the enforcement of food and feed traceability requirements. Labeling National Authority for Consumer Protection (NACP) verifies the enforcement of food product labeling requirements in order to ensure National legislation concerning GM labeling was brought in line with the that correct, complete, and accurate information is provided to EU requirements (Regulation (EC) No 1830/2003) through GOR Decision consumers, including products containing or consisting of GMOs. No. 173/2006, which was repealed in 2012 through Order 61 issued by Several laboratories are operational and able to perform tests for GMOs the Ministry of Agriculture. Romania adopted measures on thresholds detection. The National Reference Laboratory for GM food and feed is for labeling, set at 0.9% for an adventitious presence of an authorized the Institute for Diagnosis and Animal Health (IDAH) with the GM in food or feed. Animal feed produced from GM crops is required to Molecular Biology and GMO Unit. The Institute of Food Bioresources be labeled, according to GOR Decision 256/2006. Meat, milk or eggs (IBA) is responsible for official control analysis of GMOs in seeds. The obtained from animals fed with GM feed or treated with GM medicinal National Research and Development Institute for Biotechnologies is in products do not require GM labeling. charge with official control analysis of GMOs in feed.Dragos Dima, Vienna, 5-6 September 2012 International Soya Symposium 2012 10
  11. 11. END OF PRESENTATIONVIELEN DANK FÜR IHRE AUFMERKSAMKEIT THANK YOU FOR YOUR ATTENTION For additional information, please contact me: Mobile: (004) 0744 355 787 E-mail: ddima@msat.ro
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