Working with young people to create new digital agriculture. In recent days, the launch and inauguration of the 5th multi-agricultural science and technology contest was held at the shanghai agricultural science and technology university。
The event, which was hosted by the shanghai city academy of agricultural sciences, the shanghai agricultural science institute, and the zhejiang university, co-sponsored by the chinese university of agriculture, attracted 46 teams worldwide and over 300 participants. In the end, four teams emerged from 22 to the initials and advanced to the finals. At present, plant plants have completed design construction, equipment commissioning and test planting。
Along with the opening of the finals, the team of sabon farmers from beijing, the team of berries from shanghai and the team of zhejibru, and the team of ecologists from zhejiang, will, over the next six months, engage in the final wheel of strawberry cultivation in their respective saber farms through remote management of the strawberry growing environment。
Mr. Li guandeh (shanghai), vice-president and secretary-general of the shanghai federation for modern services (shanghai); mr. Du jinkun (song ii), director of social services and managing vice-president of the new institute for rural development of the chinese university of agriculture; mr. Li hui (shanghui), vice-president of the people's government of the huang district of shanghai; mr. Ma zhigang (song iv), deputy director-general of the centre for foreign economic cooperation of the ministry of agriculture and rural affairs; mr. Liu gang, second inspector of the shanghai rural agricultural commission and chief economist (right iv); mr. Zhao zhihui (right three), vice-president of the shanghai academy of agricultural sciences; and mr. Wang yi moon (right ii), project officer of the food and agriculture organization of the united nations in china, attended the final event. It's a lubunpo
This was the fifth consecutive “multi-agricultural science and technology contest” and the three-time resumption of strawberry cultivation. Unlike the first competition, where strawberries were planted in the highland greenhouses, the competition required the team to design and build 50 square metres of plant plants and to explore a “high-quality, high-yielding, low-cost, low-energy” home-grown strawberries programme at the facility。
“the multi-agricultural science and technology competition has been held since then and has grown from an industry competition to an incubator for the growth of agricultural talent in the fields and young people in the field of innovation and transformation of agricultural science and technology in shanghai and throughout the country.” on the occasion of the launch ceremony, liu gang, a second-level inspector and chief economist of the shanghai rural council, stated that “it is to be hoped that the `todo-agricultural science and technology' competition will promote research and production, that the competition will continue to be marked by brands and innovative platforms that will lead to the creation of agricultural science, that it will attract more young talent to participate in agricultural science, and that it will devote more wisdom and strength to the modernization of agriculture”
The war of escalation
From 2020 to the present, the multi-agricultural science and technology contest has entered its sixth year, moving from the critical exploration of the integration of ai algorithms with agronomic depths in the first strawberry greenhouse, to the synergy between quality and yield enhancement of cherry tomato ai, to standardized production in container plant plants and energy efficiency enhancement, to solid practices in many dimensions。
The challenges of technical difficulty, industrial orientation and the transformation of results have risen across the board in the fifth and the battle for the four finals has begun. According to several contestants, “precipitous vegetables from the previous plant are only about nutrient growth, and strawberry requires precision in balancing nutritional growth with reproductive growth, which is key to achieving high quality production”。
In order to assist the participating teams in overcoming the technical difficulties, the shanghai city academy of agricultural sciences, the central technology sponsor of this event, will “guard” the final team. The college has accumulated extensive research experience in the field of strawberry plant cultivation and has successfully constructed a “light formula database” for the directional regulation of strawberry aromatic quality. Through precision environmental control and equipment innovation, the technology system can significantly reduce the energy intensity of plant plants. During the course of the competition, the relevant experts of the college will follow the process throughout the course of the competition and will be ready to respond to the technical needs of the teams and provide timely and professional technical support。
Energy consumption is another bottleneck that limits the ability of plant plants to grow strawberries to reach the popular table. Artificial lighting, in turn, has long occupied the bulk of energy consumption。
Each of the four final teams designed and constructed 50 square metres of strawberry plants. It's a lubunpo
One of the bright spots of this competition is to join the light voltage system. It can not only transform absorbed solar energy into electricity, reduce operational energy consumption, but also act as a back-up power source to improve the stability of plant operation through automatic switching of municipal and storage power。
Currently, three teams have chosen to install solar panels on top of plants. The long operchberry team, which studied lighting technology, and the team of the “old” sabon farmers, who participated in five consecutive rounds, have chosen to maintain a small angle in the direction of light volts and horizontally, in order to maximize sunlight absorption and increase the efficiency of storage。
The proposed ecological team chooses the method of seed-flow strawberries cultivation, with an excellent ring control in exchange for a strong taste. It's a lubunpo
In addition to using the “open source” of photovoltaic energy systems to reduce total energy consumption, teams are also deep-drived in intelligent control systems that continue to achieve energy consumption “saving” by “calculating” the conditions of strawberries such as light, temperature, water, gas and fat。
The berry cube team, led by shanghai transport university, has always had its own unique technical thinking on energy consumption control in plant plants. The team, at key locations within the plant walls and strawberry emeralds, was fully equipped with an upgraded reflection film dedicated to “retribution” of vulnerable side-to-side and edge light. The purpose of the programme, which is “one-size-fits-all”, is to “utilise” every light. The empirical data from the trial seed phase show that, following the normal operation of the reflector film, the effective photomass of the strawberry coronal (ppfd, photome flux density) increased by about 15 percentage points。
At the end of the trials, the team leader of the berry cube team, he shihi, records the strawberry fruit trail in order to optimize the formal planting phase of the finals. It's a lubunpo
The opple grinchberry team, which is lumbered by opple, is using the smart-assembly system to bring in over 400 plants. An independent small power source for led lamps is integrated into a large direct power source and is centrally managed outside the plant plant. This approach replaces traditional distributed power supply control lighting, which increases the efficiency of energy conversion and reduces energy consumption in plant plants. The sabon farmers' team has continued to use multi-source energy-saving regulation techniques such as cold-source access and condensed water recovery from the previous competition, unlike the second wind return model, which was used this year to optimize the regulatory system, in order to move further along the path of energy conservation。
Energy conservation should be accompanied by high productivity and quality. In contrast to the other teams' choice of a matrix to plant strawberries, an ecological team led by the zhejiang enterprise, takinmei, presented a shallow-flow strawberries planting programme, which introduced the company's self-researched liquid-flowing tanks and planting equipment, resulting in a significant increase in plant plant plant space utilization, with plans to place 192 planting slots in the final planting wheel, and to plant 4,600 strawberries, with a projected total yield of 3800 pounds。
In comparison to the pursuit of extreme production, the larger objective of the sabon team this year is to achieve precision quality, with only three fruits to be preserved for extraction in each sequence, with the total weight of each series being around 100 grams, ensuring that each strawberry weighs more than 30 grams. The “hard target” of the strawberry cube team is more comprehensive: it is controlled at 30 degrees per kg of strawberries, yields more than 0. 4 kg per unit and stabilizes above 12 degrees of sweetness。
“we share a convergence of concerns and elements with the multi-agricultural science and technology competition. Through the competition, we can see not only the latest technological explorations and experiments in national plants, but also the typical practice of the deeper integration of productive research and studies to promote innovation in agricultural science and technology.” at the launch ceremony, machi, deputy director of the centre for foreign economic cooperation of the ministry of agriculture and rural development, stated: “we have been deeply impressed by the many innovative ideas of the teams involved in the marketing applications of plant plants, and the great value and significance of the event has been highlighted.”
Isolation in production to solve the difficulties of commercializing strawberry plants
In three sessions, strawberry cultivation again became part of the “multi-agricultural science and technology” competition, but its content changed significantly: the first event was based on natural light greenhouses, with emphasis on validation of technical feasibility in comparison with the difference between ai and traditional production; and the current event involved the planting of strawberries in plant plants covering 50 square metres, requiring teams to consider costs and outputs in a comprehensive manner, closer to the real industry scene。
“this means that the first technical exploration to verify `ai's ability to grow strawberries' has been upgraded to the industrial effort of `the commercialization, replicability, profitability of strawberry cultivation in plant plants', which is of landmark value for the promotion of high-quality infrastructure agriculture in our country.” in the view of the judges of the competition, the professor of the faculty of hydrology and civil engineering of the chinese university of agriculture, and the doctoral mentor, ho toshien, this was a move from “none to none” to “never to none”。
This industrial attack coincided with the location of the shanghai agricultural development valley. The bong-hyun district is the main battleground for the revival of shanghai villages, where the city agricultural rural council, the city scientific and technological council, the people's government of huong-hyun and the municipal academy of agricultural sciences have worked together to focus on the “scientific and technological+ services” in shanghai. The aim is to build agricultural science, technology and innovation sites at the highest international standards, agricultural research and development areas for new varieties and agricultural enterprise headquarters。
In this agricultural sector, li hui, vice-president of the people's government of the bong-hyun district of shanghai, said, “the key to the future of agriculture lies in science and technology, its dynamism in innovation, and its location in the landscape. The `do-agricultural science and technology contest' is the platform that links the frontier of technology and fields, the power of youth innovation and the pain of agriculture.”
The first challenge to the team participating in this new upgrade is the ability to collaborate across borders. Starting from scratch, a strawberry plant is a multidisciplinary play in agriculture, artificial intelligence, machinery, construction, etc。
The members of the oprah team collect key data from plant plants using plant photoanalysis. It's a lubunpo
“the competition is a multi-year industry pioneer in deep-tilled vertical agriculture and an interdisciplinaryly integrated youth creative force, both in the field of industry and in the field of science and technology.” liu gang believes that the tournament has provided a large number of living samples for breaking the technological bottlenecks in agricultural facilities and promoting deep integration in productive research. The formation of teams has also shown a trend towards integration: more than half of the 22 teams entering the initials were company-led or sole-sourced, and more than one third were joined by three or more joint teams; four teams entered the finals, and the number of business-led or involved reached three。
“the launch of the finals of this competition is the beginning of an agricultural research and exploration summit and a fresh start for the development of new quality productivity in agriculture.” “it is to be hoped that, through this event, more talented and groundbreaking agricultural science, technology and innovation will emerge, so as to breathe new life into the high-quality development of agriculture in our intelligent agricultural facilities and to contribute more wisdom and strength to the modernization of rural agriculture.”
“the multi-agricultural science and technology contest is an arena that encourages innovation and stimulates potential, and as more and more attention is paid to agricultural science and technology and innovation, it becomes an important platform for the modernization of agriculture.” “we want to encourage more young scientists to become involved in agriculture, break industry barriers, take advantage of technical know-how and cross-border empowerment to breathe new life into agriculture, through the contest.”
The team of "old generals" sabon farmers, who have been competing for five consecutive terms, this year hopes to transcend the past. It's a lubunpo
This year's central document emphasizes the need to improve the effectiveness of science, technology and innovation in agriculture, to develop new quality agricultural productivity as appropriate, to promote the integration of artificial intelligence with agricultural development, and to expand applications such as drones, physical networking and robotics。
As an agricultural-based electrician platform, agricultural modernization and scientific and technological innovation have been actively promoted, helping rural revitalization to escape the “acceleration”. In 2025, the platform launched a “billion-dollar support” programme, which successively “how good it is” and “how good it is” projects, such as “how good it is” and “how good it is” to move “free to the village”, to make agricultural products more accessible and to lower the threshold for good goods to enter the village. In the field of agricultural science and research, the “billion-dollar support” has continued to increase its scientific and creative input, exploring new models and technologies, by leading high-level events such as the fifth multi-agricultural science and technology contest, and equipping farmers with skills and “dual engines”。
Each plant hides its imagination and exploration of the future of chinese agriculture. Which team's technical programmes will produce the sweetest “ fruit” in six months? Strawberry will give the answer。
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