{"format":2,"method":"deterministic","version":"9f766772e9ee","generated_at":"2026-10-27T18:58:59.768444Z","reason":null,"reason_detail":null,"provenance":"verificada_contra_la_fuente","claims":[{"id":"D1","fact_id":"A31","value":50.0,"said_as":"50%","text":"Red crown rot is continuing to spread throughout Illinois, with new counties confirming its presence. In severely affected fields, yield losses can reach up to 50%. Rotating to non-host crops for two or more years may help reduce soil inoculum levels. Red crown rot is often mistaken for sudden death syndrome.","period":null,"said_in":[{"scene":0,"second":null}],"owner_scene":0,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D2","fact_id":"A9","value":32.0,"said_as":"32","text":"The optimum planting date for soybeans in Illinois is between mid-to-late April, within 2% of maximum yield. Yields declined to 94% of maximum by May 15, 88% by May 31, 80% by June 15, and 77% by June 20. These results are based on 32 Illinois trials with an average maximum yield of 73.1 bushels per acre.","period":null,"said_in":[{"scene":1,"second":null}],"owner_scene":1,"backing":"respaldada_en_su_escena","on_screen":"notShown","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D3","fact_id":"A9","value":2.0,"said_as":"2%","text":"The optimum planting date for soybeans in Illinois is between mid-to-late April, within 2% of maximum yield. Yields declined to 94% of maximum by May 15, 88% by May 31, 80% by June 15, and 77% by June 20. These results are based on 32 Illinois trials with an average maximum yield of 73.1 bushels per acre.","period":null,"said_in":[{"scene":1,"second":null}],"owner_scene":1,"backing":"respaldada_en_su_escena","on_screen":"notShown","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D4","fact_id":"A9","value":94.0,"said_as":"94%","text":"The optimum planting date for soybeans in Illinois is between mid-to-late April, within 2% of maximum yield. Yields declined to 94% of maximum by May 15, 88% by May 31, 80% by June 15, and 77% by June 20. These results are based on 32 Illinois trials with an average maximum yield of 73.1 bushels per acre.","period":null,"said_in":[{"scene":1,"second":null}],"owner_scene":1,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D5","fact_id":"A9","value":88.0,"said_as":"88%","text":"The optimum planting date for soybeans in Illinois is between mid-to-late April, within 2% of maximum yield. Yields declined to 94% of maximum by May 15, 88% by May 31, 80% by June 15, and 77% by June 20. These results are based on 32 Illinois trials with an average maximum yield of 73.1 bushels per acre.","period":null,"said_in":[{"scene":1,"second":null}],"owner_scene":1,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D6","fact_id":"A9","value":80.0,"said_as":"80%","text":"The optimum planting date for soybeans in Illinois is between mid-to-late April, within 2% of maximum yield. Yields declined to 94% of maximum by May 15, 88% by May 31, 80% by June 15, and 77% by June 20. These results are based on 32 Illinois trials with an average maximum yield of 73.1 bushels per acre.","period":null,"said_in":[{"scene":1,"second":null}],"owner_scene":1,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D7","fact_id":"A9","value":77.0,"said_as":"77%","text":"The optimum planting date for soybeans in Illinois is between mid-to-late April, within 2% of maximum yield. Yields declined to 94% of maximum by May 15, 88% by May 31, 80% by June 15, and 77% by June 20. These results are based on 32 Illinois trials with an average maximum yield of 73.1 bushels per acre.","period":null,"said_in":[{"scene":1,"second":null}],"owner_scene":1,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D8","fact_id":"A1","value":688000000.0,"said_as":"688 million","text":"In 2024, Illinois produced approximately 688 million bushels of soybean across 10.75 million acres.","period":"2024","said_in":[{"scene":2,"second":null}],"owner_scene":2,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D9","fact_id":"A1","value":10750000.0,"said_as":"10.75 million","text":"In 2024, Illinois produced approximately 688 million bushels of soybean across 10.75 million acres.","period":"2024","said_in":[{"scene":2,"second":null}],"owner_scene":2,"backing":"respaldada_en_su_escena","on_screen":"notShown","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D10","fact_id":"A12","value":100000.0,"said_as":"100,000","text":"Research in Illinois and the Midwest has shown that maximum yields are achieved with harvested stands of 100,000 to 125,000 plants per acre. Recommended seeding rates are often 20 to 25% higher than the target final stand to account for germination rate and establishment challenges.","period":null,"said_in":[{"scene":6,"second":null}],"owner_scene":6,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D11","fact_id":"A12","value":125000.0,"said_as":"125,000","text":"Research in Illinois and the Midwest has shown that maximum yields are achieved with harvested stands of 100,000 to 125,000 plants per acre. Recommended seeding rates are often 20 to 25% higher than the target final stand to account for germination rate and establishment challenges.","period":null,"said_in":[{"scene":6,"second":null}],"owner_scene":6,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D12","fact_id":"A12","value":20.0,"said_as":"20","text":"Research in Illinois and the Midwest has shown that maximum yields are achieved with harvested stands of 100,000 to 125,000 plants per acre. Recommended seeding rates are often 20 to 25% higher than the target final stand to account for germination rate and establishment challenges.","period":null,"said_in":[{"scene":6,"second":null}],"owner_scene":6,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D13","fact_id":"A12","value":25.0,"said_as":"25%","text":"Research in Illinois and the Midwest has shown that maximum yields are achieved with harvested stands of 100,000 to 125,000 plants per acre. Recommended seeding rates are often 20 to 25% higher than the target final stand to account for germination rate and establishment challenges.","period":null,"said_in":[{"scene":6,"second":null}],"owner_scene":6,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D14","fact_id":"A11","value":40.0,"said_as":"40","text":"In one set of trials across 40 Illinois sites from 2010 to 2018, 15-inch rows outyielded 30-inch rows at about half the sites. The average difference for the 40 sites overall was just over two bushels per acre in favor of 15-inch rows.","period":"2010–2018","said_in":[{"scene":8,"second":null}],"owner_scene":8,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D15","fact_id":"A11","value":15.0,"said_as":"15","text":"In one set of trials across 40 Illinois sites from 2010 to 2018, 15-inch rows outyielded 30-inch rows at about half the sites. The average difference for the 40 sites overall was just over two bushels per acre in favor of 15-inch rows.","period":null,"said_in":[{"scene":8,"second":null}],"owner_scene":8,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D16","fact_id":"A11","value":30.0,"said_as":"30","text":"In one set of trials across 40 Illinois sites from 2010 to 2018, 15-inch rows outyielded 30-inch rows at about half the sites. The average difference for the 40 sites overall was just over two bushels per acre in favor of 15-inch rows.","period":null,"said_in":[{"scene":8,"second":null}],"owner_scene":8,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D17","fact_id":"A11","value":50.0,"said_as":"half","text":"In one set of trials across 40 Illinois sites from 2010 to 2018, 15-inch rows outyielded 30-inch rows at about half the sites. The average difference for the 40 sites overall was just over two bushels per acre in favor of 15-inch rows.","period":null,"said_in":[{"scene":8,"second":null}],"owner_scene":8,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D18","fact_id":"A14","value":60.0,"said_as":"60","text":"Recent Illinois studies showed that 60-bushel soybeans remove approximately 180 lbs. of N, 45 lbs. of P2O5, 70 lbs. of K2O, and 10 lbs. of S per acre with harvested grains.","period":null,"said_in":[{"scene":9,"second":null}],"owner_scene":9,"backing":"respaldada_en_su_escena","on_screen":"notShown","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D19","fact_id":"A14","value":180.0,"said_as":"180","text":"Recent Illinois studies showed that 60-bushel soybeans remove approximately 180 lbs. of N, 45 lbs. of P2O5, 70 lbs. of K2O, and 10 lbs. of S per acre with harvested grains.","period":null,"said_in":[{"scene":9,"second":null}],"owner_scene":9,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D20","fact_id":"A14","value":45.0,"said_as":"45","text":"Recent Illinois studies showed that 60-bushel soybeans remove approximately 180 lbs. of N, 45 lbs. of P2O5, 70 lbs. of K2O, and 10 lbs. of S per acre with harvested grains.","period":null,"said_in":[{"scene":9,"second":null}],"owner_scene":9,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D21","fact_id":"A14","value":70.0,"said_as":"70","text":"Recent Illinois studies showed that 60-bushel soybeans remove approximately 180 lbs. of N, 45 lbs. of P2O5, 70 lbs. of K2O, and 10 lbs. of S per acre with harvested grains.","period":null,"said_in":[{"scene":9,"second":null}],"owner_scene":9,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D22","fact_id":"A16","value":40.0,"said_as":"40","text":"The Illinois Agronomy Handbook recommends maintaining Bray P1 soil test levels at 40 to 50 pounds per acre. There is little to no agronomic advantage in applying P for soybeans when Bray P1 values are higher than 60 to 70 pounds per acre.","period":null,"said_in":[{"scene":10,"second":null}],"owner_scene":10,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D23","fact_id":"A16","value":50.0,"said_as":"50","text":"The Illinois Agronomy Handbook recommends maintaining Bray P1 soil test levels at 40 to 50 pounds per acre. There is little to no agronomic advantage in applying P for soybeans when Bray P1 values are higher than 60 to 70 pounds per acre.","period":null,"said_in":[{"scene":10,"second":null}],"owner_scene":10,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D24","fact_id":"A17","value":260.0,"said_as":"260","text":"Potassium should not be placed in direct seed contact because of possible salt injury. Critical K levels are 260 lbs. of K per acre for low CEC soils (<12 meq/100 grams) and 300 lbs. of K per acre for high CEC soils (>12 meq/100 grams).","period":null,"said_in":[{"scene":10,"second":null}],"owner_scene":10,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D25","fact_id":"A17","value":300.0,"said_as":"300","text":"Potassium should not be placed in direct seed contact because of possible salt injury. Critical K levels are 260 lbs. of K per acre for low CEC soils (<12 meq/100 grams) and 300 lbs. of K per acre for high CEC soils (>12 meq/100 grams).","period":null,"said_in":[{"scene":10,"second":null}],"owner_scene":10,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D26","fact_id":"A8","value":70.0,"said_as":"70","text":"Soybeans take up ~5 lbs. of N per bushel. A 70-bushel soybean crop would need ~350 lb. N per acre. About 50 to 60% of the total nitrogen required is supplied by biological nitrogen fixation; the remainder comes from the soil.","period":null,"said_in":[{"scene":11,"second":null}],"owner_scene":11,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D27","fact_id":"A8","value":350.0,"said_as":"350","text":"Soybeans take up ~5 lbs. of N per bushel. A 70-bushel soybean crop would need ~350 lb. N per acre. About 50 to 60% of the total nitrogen required is supplied by biological nitrogen fixation; the remainder comes from the soil.","period":null,"said_in":[{"scene":11,"second":null}],"owner_scene":11,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D28","fact_id":"A8","value":50.0,"said_as":"50","text":"Soybeans take up ~5 lbs. of N per bushel. A 70-bushel soybean crop would need ~350 lb. N per acre. About 50 to 60% of the total nitrogen required is supplied by biological nitrogen fixation; the remainder comes from the soil.","period":null,"said_in":[{"scene":11,"second":null}],"owner_scene":11,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D29","fact_id":"A8","value":60.0,"said_as":"60%","text":"Soybeans take up ~5 lbs. of N per bushel. A 70-bushel soybean crop would need ~350 lb. N per acre. About 50 to 60% of the total nitrogen required is supplied by biological nitrogen fixation; the remainder comes from the soil.","period":null,"said_in":[{"scene":11,"second":null}],"owner_scene":11,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D30","fact_id":"A16","value":60.0,"said_as":"60","text":"The Illinois Agronomy Handbook recommends maintaining Bray P1 soil test levels at 40 to 50 pounds per acre. There is little to no agronomic advantage in applying P for soybeans when Bray P1 values are higher than 60 to 70 pounds per acre.","period":null,"said_in":[{"scene":12,"second":null}],"owner_scene":12,"backing":"respaldada_en_su_escena","on_screen":"notShown","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D31","fact_id":"A16","value":70.0,"said_as":"70","text":"The Illinois Agronomy Handbook recommends maintaining Bray P1 soil test levels at 40 to 50 pounds per acre. There is little to no agronomic advantage in applying P for soybeans when Bray P1 values are higher than 60 to 70 pounds per acre.","period":null,"said_in":[{"scene":12,"second":null}],"owner_scene":12,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D32","fact_id":"A23","value":30.0,"said_as":"30%","text":"Defoliation thresholds for insect management: consider a control action if percent defoliation reaches 30% from V1–R2, 10% from R3–R5, or 15% at R6.","period":null,"said_in":[{"scene":12,"second":null}],"owner_scene":12,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D33","fact_id":"A23","value":10.0,"said_as":"10%","text":"Defoliation thresholds for insect management: consider a control action if percent defoliation reaches 30% from V1–R2, 10% from R3–R5, or 15% at R6.","period":null,"said_in":[{"scene":12,"second":null}],"owner_scene":12,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D34","fact_id":"A23","value":15.0,"said_as":"15%","text":"Defoliation thresholds for insect management: consider a control action if percent defoliation reaches 30% from V1–R2, 10% from R3–R5, or 15% at R6.","period":null,"said_in":[{"scene":12,"second":null}],"owner_scene":12,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D35","fact_id":"A24","value":250.0,"said_as":"250","text":"Consider an insecticide application for soybean aphids if the density exceeds 250 aphids per plant.","period":null,"said_in":[{"scene":13,"second":null}],"owner_scene":13,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}},{"id":"D36","fact_id":"A25","value":25.0,"said_as":"25","text":"Begin scouting for stink bugs at R5. Consider an insecticide application for encounters of nine stink bugs (adults or nymphs of any species) per 25 sweeps using a sweep net, or one per row foot using a drop cloth or visual observation.","period":null,"said_in":[{"scene":13,"second":null}],"owner_scene":13,"backing":"respaldada_en_su_escena","on_screen":"drawn","citation":{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"as_of":"2025-03"}}],"sources":[{"title":"Illinois Soybean Management 2025","url":"https://extension.illinois.edu/sites/default/files/2026-02/accessibledocuments/illinois-soybean-management.pdf","doi":null,"authors":["Giovani Preza Fontes"],"role":"principal","read":true,"claims":["D1","D2","D3","D4","D5","D6","D7","D8","D9","D10","D11","D12","D13","D14","D15","D16","D17","D18","D19","D20","D21","D22","D23","D24","D25","D26","D27","D28","D29","D30","D31","D32","D33","D34","D35","D36"]}],"summary":{"codex":"present","figures_total":36,"backed_in_scene":36,"derived":0,"unbacked":0,"context_only":0,"figures_on_screen":{"drawn":31,"approx":0,"withheld":0,"notShown":5},"plotted_values_approx":0,"plotted_values_withheld":2,"figures_outside_the_cut":0},"doi":null,"certifications":[],"claimsDigest":"30cc28259134183047cf1b0542ca686c08f922b66cceb71eb4fc4a3fb4907c4b"}