What are the top precision farming technology solutions for optimizing crop yields?

Pour moi Les systèmes d'irrigation intelligents sont les meilleures solutions technologiques d’agriculture , ce sont des systèmes basés sur la technologie permettent un contrôle précis de la quantité d'eau appliquée aux cultures. Ils utilisent des capteurs de sol et des données météorologiques pour ajuster automatiquement les horaires et les taux d'irrigation, en fonction des besoins réels des plantes et des conditions environnementales.

As an Agriculture Engineer, I find the blend of technology and farming truly fascinating. GPS mapping enables detailed field maps for efficient fertilizer and pesticide application. Sensor technology provides real-time data on soil moisture, temperature, and nutrient levels for quick decisions to enhance crop health. Variable Rate Technology (VRT) boosts resource efficiency and crop yields. Automated machinery like self-driving tractors and drones increase efficiency and accuracy. Data analytics help understand trends and improve decision-making, while crop modelling predicts growth and yields, optimizing planning and productivity. These innovations revolutionize agriculture, making it more efficient and sustainable.

Algumas das ferramentas de agricultura de precisão que mais vem se difundindo entre os produtores rurais é o FieldView, com a qual o agricultor e o técnico podem mapear as áreas da fazenda e acompanhar detalhadamente as atividades realizadas desde o plantio até a colheita, gerando dados que ficarão armazenados e poderão ser utilizados nas próximas safras. Além disso, servem de base para a otimização de recursos e também o gerenciamento da fazenda como um todo.

Oui, cest une condition préalable pour le développement durable d'une exploitation agricole. Cela contribue efficacement aux choix de la culture. La cartographie GPS pourrait être considérée comme l'analyse pédologique d'un terrain pour l'installation d'une unité industrielle.

One thing I found out of GPS mapping is accuracy and more plants per acre compared to normal farming.information storage also helps in inputs are spread equally among crops especially if u are using drip irrigation

Oui la technologie des capteurs doit connaître une réelle promotion pour l'amélioration des rendements pour les exploitations agricoles en Afrique. Pour cela, il faudrait s'approcher des structures d'encadrement, de recherche, des organisations de développement pour leur adoption et leur vulgarisation auprès des sociétés coopératives, des groupements de femmes et de jeunes intervenant dans la production agricole

Los sensores que pueden detectar malezas son lo que generan un impacto muy importante en la optimización de uso de recursos y control de malezas Sensores de cámaras y con luz roja en infrarroja

Sensors revolutionize agriculture. Real-time data from various sources. Measure moisture, nutrients, and crop health. Quick and informed decisions. Optimized irrigation, fertilization, and pest control. Efficient resource use. Better crop yield.

Oui la VRT devrait reduire l'utilisation abusive des intrants notament des des semences et des engrais dont les prix d'acquisition sont devenus inaccessible pour le producteur en Afrique. Par conséquent, la VRT serait l'outil informatique qui devrait permettre de réduire les coûts d'exploitation

One thing I've found helpful is drones have been widely uesd in agriculture these years, which will reduce the costs of traditional machines and bring more large development may exceeding our expection to this indutry.

One thing I have found out more helpful id use of drones during spraying,they require less supervision and accuracy is better,use of robots in propagation is more effective than human labour

The use of RPAS in agriculture, especially for spraying agricultural pesticides, is promising. With a capacity of 40 to 60 liters, these RPAS offer a more concentrated spray and better distribution. However, the need to change batteries due to limited flight autonomy is a challenge. Larger RPAS, with capacities ranging from 200 to 900 liters and autonomy of up to 1.2 hours, are available but can cost up to R$ 1.5 million, rivaling conventional equipment. While the use of RPAS can reduce crop trampling, the high costs and adoption of new technologies remain significant barriers.

Fator importante na aplicação de insumos com informações e ajustes em tempo real relacionados a aplicação da dosagem ideal evitando variações.

Entendo que para além da automatização diretamente na lavoura. Existem também a possibilidade de automação de análises químicas e biológicas que afetam a qualidade e produtividade no campo. Existem empresas especializadas em equipamentos de análises clínicas laboratoriais, que podem dar com mais eficiência e rapidez resultados de composições biológicas e químicas das plantas e dos produtos in natura que aumentam consideravelmente a segurança da qualidade e os níveis de produtividade.

La recopilación de datos para luego analizar y aplicar, es fundamentar ya que nos permite poder elaborar planes de trabajo más precisos y certeros. Tener un histórico con datos de precisión, es una ayuda que debe tener toda empresa para ir mejorando cada temporada.

Essencial para aferição das operações e análises em geral relacionadas ao manejo agrícola. Imprescindível para uma agricultura sustentável e rentável.

Acredito que sistema de análises de dados como Qw e Power BI podem ser ferramentas úteis para aglutinação dos dados de custo, produtividade, níveis pluviométricos e qualidade do solo. Estás variáveis quando estudadas de forma sistemática podem gerar um grande diferencial na produção e qualidade dos produtos.

Importantisimo modelos de cultivos y variedades/hibridos que integrando informacion de recursos naturales (suelo basicamente y agua en caso de cultivos regados), informacion climatica, e informacion genetica, podemos modelar la performance de nuestros cultivos con todas las ventajas que eso genera (manejo sanitario, nutricional, epocas de siembra y cosecha, estimacion de rendimiento, etc.

One thing I have found useful for growers to increase their harvest yields and to reduce the cost of farming is to follow the new technologies in farming. Such as getting information from GPS Mapping to direct you to use exact amount of fertilizers and agrochemicals and using modern mechanical equipments for harvesting your crop without damaging the crop. Crop modeling is very important to keep your soil reform and stay in good condition for the next growing season.

Planting Date Precision In the era of erratic weather changes due to climate change, the farmers who use rain fed agriculture rely on guessing of the right time to sow their seed. By use of satellite technology, we can accurately predict the correct planting date which ensures (1) there is adequate soil moisture to support seed germination and (2) maximum utilization of available seasonal precipitate for crop's growth and development. The correct planting dates can tgen be communicated to the farmers according to their agroecological zones. Adequate soil moisture is a sure way to increase crop yields.

Separating the six technologies listed above negates much of precision ag's benefit. Integration of the entire suite of technologies is necessary to maximize benefit, whether optimized yield, maximized return, or profit is the goal. The only reason to prioritize any single technology is if the tech is currently unattainable (unavailable or too expensive) or training/support is unavailable (don't invest if training and support aren't available). If forced to pick one tech to prioritize, I'd select GPS as the first step as the other technologies depend on GPS for their functionality. GPS also gives some benefit independently of the other 5 technologies. However, I would add the other 5 techs as quickly as possible to maximize benefits

There are factors such as plant related, environment related, input related, timely and proper applications of cultural practices and inputs, harvesting and post harvesting handling, packing, storage, transportations etc.

Agriculture will become a strategic focus for humanity in the perspective of ongoing climate change, the search for solutions in this area must increase. 500 million farmers can become players in this R&D and inventors of tomorrow's innovations thanks to a participatory approach. Our proposal is this and digital can be an unlimited amplification Data on agronomic practices will inspire new agricultural technologies Inspiration from the countless interactions between the living environment of soil, plants and climate Farmer-centered approach that prioritizes the participatory connection of human brains Innovative and alternative agricultural techniques are mastered and adopted by farmers