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Dr. Mariangela Hungria will receive the $500,000 award for her work to utilize biological processes to sustainably improve crop1 nutrition, yields2 and productivity. The scientist whose discoveries helped Brazil become a global agricultural powerhouse has been named the 2025 World Food Prize Laureate.
Dr. Mariangela Hungria, a microbiologist from São Paulo, has developed dozens of biological seed and soil treatments that help crops source nutrients through soil bacteria, significantly increasing yields of major crops while also reducing the need for synthetic fertilizer. Her products are estimated to have been used across more than 40 million hectares in Brazil, saving farmers up to US$40 billion a year in costs while avoiding more than 180 million metric tons of CO2 equivalent emissions per year.
Dr. Hungria’s work has helped improve yields of wheat, corn, rice, common beans, and other major crops, including soybean, which is now Brazil’s top agricultural export. Over her 40-year career with the Brazilian Agricultural Research Corporation (Embrapa), national soybean production increased from 15 million tons in 1979 to an anticipated 173 million tons in the next harvest3 in 2025.
Dr. Hungria, who overcame prejudices against women and young mothers in academia to be named one of the 100 most powerful women in agriculture in Brazil by Forbes magazine in 2021, said she was inspired by Dr. Norman Borlaug, the father of the Green Revolution and founder of the World Food Prize. “I like to say that he made the Green Revolution possible, and we had this great opportunity to start a ‘micro green revolution’ — a green revolution, but with microorganisms,” she added. “I can’t quite believe I am now receiving the World Food Prize. Many people questioned me and my abilities throughout my career but I believed in what I was doing and persevered. The role of women in agriculture, from farming to science, deserves more recognition. I hope my achievement inspires others to pursue their passions in science.”
(www.worldfoodprize.org, 13.05.2025. Adaptado.)
1crop: cultivated plant that is grown as food, especially grain, fruit or vegetable.
2yields: the full amounts of an agricultural product.
3harvest: the crops that are cut and collected.
Leia o texto para responder à questão.
Dr. Mariangela Hungria will receive the $500,000 award for her work to utilize biological processes to sustainably improve crop1 nutrition, yields2 and productivity. The scientist whose discoveries helped Brazil become a global agricultural powerhouse has been named the 2025 World Food Prize Laureate.
Dr. Mariangela Hungria, a microbiologist from São Paulo, has developed dozens of biological seed and soil treatments that help crops source nutrients through soil bacteria, significantly increasing yields of major crops while also reducing the need for synthetic fertilizer. Her products are estimated to have been used across more than 40 million hectares in Brazil, saving farmers up to US$40 billion a year in costs while avoiding more than 180 million metric tons of CO2 equivalent emissions per year.
Dr. Hungria’s work has helped improve yields of wheat, corn, rice, common beans, and other major crops, including soybean, which is now Brazil’s top agricultural export. Over her 40-year career with the Brazilian Agricultural Research Corporation (Embrapa), national soybean production increased from 15 million tons in 1979 to an anticipated 173 million tons in the next harvest3 in 2025.
Dr. Hungria, who overcame prejudices against women and young mothers in academia to be named one of the 100 most powerful women in agriculture in Brazil by Forbes magazine in 2021, said she was inspired by Dr. Norman Borlaug, the father of the Green Revolution and founder of the World Food Prize. “I like to say that he made the Green Revolution possible, and we had this great opportunity to start a ‘micro green revolution’ — a green revolution, but with microorganisms,” she added. “I can’t quite believe I am now receiving the World Food Prize. Many people questioned me and my abilities throughout my career but I believed in what I was doing and persevered. The role of women in agriculture, from farming to science, deserves more recognition. I hope my achievement inspires others to pursue their passions in science.”
(www.worldfoodprize.org, 13.05.2025. Adaptado.)
1crop: cultivated plant that is grown as food, especially grain, fruit or vegetable.
2yields: the full amounts of an agricultural product.
3harvest: the crops that are cut and collected.
Leia o texto para responder à questão.
Dr. Mariangela Hungria will receive the $500,000 award for her work to utilize biological processes to sustainably improve crop1 nutrition, yields2 and productivity. The scientist whose discoveries helped Brazil become a global agricultural powerhouse has been named the 2025 World Food Prize Laureate.
Dr. Mariangela Hungria, a microbiologist from São Paulo, has developed dozens of biological seed and soil treatments that help crops source nutrients through soil bacteria, significantly increasing yields of major crops while also reducing the need for synthetic fertilizer. Her products are estimated to have been used across more than 40 million hectares in Brazil, saving farmers up to US$40 billion a year in costs while avoiding more than 180 million metric tons of CO2 equivalent emissions per year.
Dr. Hungria’s work has helped improve yields of wheat, corn, rice, common beans, and other major crops, including soybean, which is now Brazil’s top agricultural export. Over her 40-year career with the Brazilian Agricultural Research Corporation (Embrapa), national soybean production increased from 15 million tons in 1979 to an anticipated 173 million tons in the next harvest3 in 2025.
Dr. Hungria, who overcame prejudices against women and young mothers in academia to be named one of the 100 most powerful women in agriculture in Brazil by Forbes magazine in 2021, said she was inspired by Dr. Norman Borlaug, the father of the Green Revolution and founder of the World Food Prize. “I like to say that he made the Green Revolution possible, and we had this great opportunity to start a ‘micro green revolution’ — a green revolution, but with microorganisms,” she added. “I can’t quite believe I am now receiving the World Food Prize. Many people questioned me and my abilities throughout my career but I believed in what I was doing and persevered. The role of women in agriculture, from farming to science, deserves more recognition. I hope my achievement inspires others to pursue their passions in science.”
(www.worldfoodprize.org, 13.05.2025. Adaptado.)
1crop: cultivated plant that is grown as food, especially grain, fruit or vegetable.
2yields: the full amounts of an agricultural product.
3harvest: the crops that are cut and collected.
According to the fourth paragraph, Dr. Hungria partly attributes her success to
Leia o texto para responder à questão.
Dr. Mariangela Hungria will receive the $500,000 award for her work to utilize biological processes to sustainably improve crop1 nutrition, yields2 and productivity. The scientist whose discoveries helped Brazil become a global agricultural powerhouse has been named the 2025 World Food Prize Laureate.
Dr. Mariangela Hungria, a microbiologist from São Paulo, has developed dozens of biological seed and soil treatments that help crops source nutrients through soil bacteria, significantly increasing yields of major crops while also reducing the need for synthetic fertilizer. Her products are estimated to have been used across more than 40 million hectares in Brazil, saving farmers up to US$40 billion a year in costs while avoiding more than 180 million metric tons of CO2 equivalent emissions per year.
Dr. Hungria’s work has helped improve yields of wheat, corn, rice, common beans, and other major crops, including soybean, which is now Brazil’s top agricultural export. Over her 40-year career with the Brazilian Agricultural Research Corporation (Embrapa), national soybean production increased from 15 million tons in 1979 to an anticipated 173 million tons in the next harvest3 in 2025.
Dr. Hungria, who overcame prejudices against women and young mothers in academia to be named one of the 100 most powerful women in agriculture in Brazil by Forbes magazine in 2021, said she was inspired by Dr. Norman Borlaug, the father of the Green Revolution and founder of the World Food Prize. “I like to say that he made the Green Revolution possible, and we had this great opportunity to start a ‘micro green revolution’ — a green revolution, but with microorganisms,” she added. “I can’t quite believe I am now receiving the World Food Prize. Many people questioned me and my abilities throughout my career but I believed in what I was doing and persevered. The role of women in agriculture, from farming to science, deserves more recognition. I hope my achievement inspires others to pursue their passions in science.”
(www.worldfoodprize.org, 13.05.2025. Adaptado.)
1crop: cultivated plant that is grown as food, especially grain, fruit or vegetable.
2yields: the full amounts of an agricultural product.
3harvest: the crops that are cut and collected.
Leia o texto para responder à questão.
Dr. Mariangela Hungria will receive the $500,000 award for her work to utilize biological processes to sustainably improve crop1 nutrition, yields2 and productivity. The scientist whose discoveries helped Brazil become a global agricultural powerhouse has been named the 2025 World Food Prize Laureate.
Dr. Mariangela Hungria, a microbiologist from São Paulo, has developed dozens of biological seed and soil treatments that help crops source nutrients through soil bacteria, significantly increasing yields of major crops while also reducing the need for synthetic fertilizer. Her products are estimated to have been used across more than 40 million hectares in Brazil, saving farmers up to US$40 billion a year in costs while avoiding more than 180 million metric tons of CO2 equivalent emissions per year.
Dr. Hungria’s work has helped improve yields of wheat, corn, rice, common beans, and other major crops, including soybean, which is now Brazil’s top agricultural export. Over her 40-year career with the Brazilian Agricultural Research Corporation (Embrapa), national soybean production increased from 15 million tons in 1979 to an anticipated 173 million tons in the next harvest3 in 2025.
Dr. Hungria, who overcame prejudices against women and young mothers in academia to be named one of the 100 most powerful women in agriculture in Brazil by Forbes magazine in 2021, said she was inspired by Dr. Norman Borlaug, the father of the Green Revolution and founder of the World Food Prize. “I like to say that he made the Green Revolution possible, and we had this great opportunity to start a ‘micro green revolution’ — a green revolution, but with microorganisms,” she added. “I can’t quite believe I am now receiving the World Food Prize. Many people questioned me and my abilities throughout my career but I believed in what I was doing and persevered. The role of women in agriculture, from farming to science, deserves more recognition. I hope my achievement inspires others to pursue their passions in science.”
(www.worldfoodprize.org, 13.05.2025. Adaptado.)
1crop: cultivated plant that is grown as food, especially grain, fruit or vegetable.
2yields: the full amounts of an agricultural product.
3harvest: the crops that are cut and collected.
Leia o texto para responder à questão.
Dr. Mariangela Hungria will receive the $500,000 award for her work to utilize biological processes to sustainably improve crop1 nutrition, yields2 and productivity. The scientist whose discoveries helped Brazil become a global agricultural powerhouse has been named the 2025 World Food Prize Laureate.
Dr. Mariangela Hungria, a microbiologist from São Paulo, has developed dozens of biological seed and soil treatments that help crops source nutrients through soil bacteria, significantly increasing yields of major crops while also reducing the need for synthetic fertilizer. Her products are estimated to have been used across more than 40 million hectares in Brazil, saving farmers up to US$40 billion a year in costs while avoiding more than 180 million metric tons of CO2 equivalent emissions per year.
Dr. Hungria’s work has helped improve yields of wheat, corn, rice, common beans, and other major crops, including soybean, which is now Brazil’s top agricultural export. Over her 40-year career with the Brazilian Agricultural Research Corporation (Embrapa), national soybean production increased from 15 million tons in 1979 to an anticipated 173 million tons in the next harvest3 in 2025.
Dr. Hungria, who overcame prejudices against women and young mothers in academia to be named one of the 100 most powerful women in agriculture in Brazil by Forbes magazine in 2021, said she was inspired by Dr. Norman Borlaug, the father of the Green Revolution and founder of the World Food Prize. “I like to say that he made the Green Revolution possible, and we had this great opportunity to start a ‘micro green revolution’ — a green revolution, but with microorganisms,” she added. “I can’t quite believe I am now receiving the World Food Prize. Many people questioned me and my abilities throughout my career but I believed in what I was doing and persevered. The role of women in agriculture, from farming to science, deserves more recognition. I hope my achievement inspires others to pursue their passions in science.”
(www.worldfoodprize.org, 13.05.2025. Adaptado.)
1crop: cultivated plant that is grown as food, especially grain, fruit or vegetable.
2yields: the full amounts of an agricultural product.
3harvest: the crops that are cut and collected.
Os termos sublinhados referem-se, respectivamente, a
Caracteriza-se por uma menor impessoalidade o seguinte trecho do ensaio:
De acordo com Jorge Coli, a obra de Courbet, em contradição com o modo de ser do artista, caracteriza-se
Depreende-se desses versos que
Logo na estrofe inicial do poema, o eu lírico ressalta o caráter
Obs.: figura fora de escala.
A região interna ao cilindro e externa ao cone está parcialmente ocupada com líquido até uma altura de 12 cm. Esse líquido ocupa um volume de
A aceleração da partícula em módulo é
O raio iônico define o tamanho da espécie química resultante do ganho ou da perda de elétrons, distinguindo-se do seu raio atômico. Contudo, tal como no átomo neutro, o raio iônico de um cátion ou ânion está baseado em sua carga nuclear, seu número de elétrons e pela quantidade de camadas eletrônicas ocupadas.
A seguir, apresenta-se uma tabela com os raios iônicos (em angstrom, Å) dos elementos dos grupos 1, 2, 16 e 17, localizados no segundo e terceiro períodos da Tabela Periódica.
A substância formada pela união dos elementos IV e V deve possuir fórmula
Com relação ao experimento de Redi, analise as afirmativas a seguir e assinale (V) para a verdadeira e (F) para a falsa.
( ) O experimento realizado por Redi conseguiu confirmar a teoria da geração espontânea.
( ) Redi usou dois grupos de frascos idênticos: metade fechada com uma cobertura de gaze e a outra metade aberta, sem a gaze. Isso permitiu a comparação dos dois grupos e a conclusão de que as larvas vieram de ovos depositados pelas moscas.
( ) Após algum tempo, Redi observou que surgiram larvas apenas nos vidros que não foram cobertos com gaze, o que confirmava a hipótese formulada por ele.
As afirmativas são, respectivamente,
A condrodistrofia é determinada por um alelo dominante (C), que, em homozigose, apresenta letalidade. O alelo recessivo (c) resulta no fenótipo que não apresenta a condição citada.
A probabilidade de um casal heterozigoto para este gene ter uma criança viva do sexo feminino sem condrodistrofia é de
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