The vegetables are thirsty, clσ‌ ick on your smartphone, and>δ©β the greenhouse's water pipe beg ≈¥ins to sprinkle water; There ∑€are too many pests in the fie₹↕ld. With the remote co♥ε¶ntrol handle, the drone will immediat←>↓ely fly to precise killing; The fruit ÷ harvest is abundant, wi↕≤th all automated operations incl×<♣uding cleaning, grading, and packiγσ≤ng. The vast production workshop on'≤>™ly requires a few worke₩™✔rs... This intelligent agriculture, wh™εΩ€ich combines modern science a '÷↑nd technology with agricultural plantinδ 'g to achieve unmanned, automated, ± and intelligent manπ'∑₩agement, has blossom>∏↕ed and competed in Jiangxi Provβ✔€ince.

The smart agriculture®Ω∏ based on the Internet and c€©loud computing platfor✘®m is profoundly changing the agricultu♠×ral landscape of Jiangxi Province. Fr$α‌♠om production methods to sale ≈εs models, from ecolog↔✔★ical environment protection to indusφ'∏trial integration and develo≈γ÷pment, smart agriculture ×☆↑≥has permeated all aspects of agrφ♠icultural productionπ÷↓, forming a variety of de♣∞​velopment models with different fo₽♥‌rms, and obtaining valuable✔✔ experience for promotion anπ♣σd reference.

Smart Farm, Mechanized and Powerfu‍Ωl

Nanchang Smart Datian Agricuσ☆ltural Society Smart Farm is a modernε₹ farm with a planting area o>₽f over 13000 acres of paddy fields. Opβσ‌en the mobile smart agricultu​ δre app, the field map is c₹ →learly visible, and the area, managemen★ ®©t personnel, and soil mois∏→≠©ture are clear at a g♠÷∏lance; The management of ag✔≠ricultural machinery ×→↔←numbering, operationφ₽≥↔ trajectory, operation area, and∑≈©♠ location are clear and di↔§ stinct; Install a smart agricultural∞↔‍ observation instrument w> ¥§ithin a 20 acre plot, and upload real÷∏×≈-time meteorological dataγ , rice growth, and field patrol and ch±π£eck-in data. According to General Manag×φ er Zou Taihui, the platform can achi→↑ ®eve accurate decision-making, remote c₩®£‌ontrol, and scientific man★∏<agement through big data analyπ€∞sis and comparison.

Here, the entire pro♥®Ω☆cess from rice seedling cu←₽ltivation to rice harv♠£esting and drying is mechanized. The¥∏∑ distinction between busy and idleσ↓® seasons in agriculture has become bluε♠♦♣rred, with harvester​≥←δs being released and seed"π'✔ling machines appearing again. When ¶♣  winter planting reache§ s its climax, the rapeseed seedlingλ• Ωs are neatly stacked in§₹ ↑ trays, the rapeseed is pil'₩ed up with fertilizer like a mounta©¥in, and the tiller is gallopin↓δ"δg in the field. Two unmanned rice tra♠∞δφnsplanters equipped with various int™±δ₽elligent equipment are waitingσ©↓ for the day. In front of various™≈♦ neatly arranged agri×®"cultural machinery, personnel from ♦•<™the Provincial Agricultural T₩<∏↑echnology Promotion Center ∏'↓↓said, "The era of Agricultu↕≥₽re 4.0 has quietly arr®☆​★ived, and now everything is ready®↓ε, only waiting for 5™ G."

For the future, Zou Taihu±₽i has a new plan: to " continue developing toward★±★©s the goal of "scale, mechaniza​‍✘tion, digitization, orde  'αrization, and greening", and to e♥→πxpand the scale of grain cult₩☆'÷ivation to 20000 acres th¥>rough land transfer by the end of the →¥♦ year.

This is a microcosm ₩δof the development of agricultural m"λechanization in Jiang£β₩∏xi Province. At the e≈±♥nd of 2020, the tota<©®¶l power of agricultural machinery in J‍"∏Ωiangxi Province excee ÷✘ded 25.9 million kilowat↔αts, the comprehensive mech♦∏anization level of major crops exceed♠÷φed 75%, and the comprehe★<nsive mechanization leve♦♦‍l of rice cultivation and harve₩εβ≠sting exceeded 80%, ​ an increase of 3.9 mil₽×lion kilowatts, 9 percentage points↕Ω, and 10 percentage  δ♥points respectively compareφ≠♣d to the end of the 1β≠3th Five Year Plan. It is particularl×λ$∑y gratifying that significan∑→§t breakthroughs have been made in ↓σ↔agricultural mechaniza≤→♣≈tion production suita★&¥✘ble for hilly and mo &untainous areas, and a social$÷♦ized service system for agricultural ma®×≤♠chinery covering pre production >ε, middle production,σ$β© and post production has been ✔→✔basically established. Agr≤≈icultural mechanization has en™​βtered a period of high-qual↔§πity and efficient developmen×∑t throughout the entire proce↔♣ss.

Smart ecological town, a fairy tale l ★ike tourist destination

Shangrao, known for its "su☆←perior richness and ecologi↓✘cal capital," is home to a plethora of±  literati and calligraphers. €±↓§The Southern Song Dynasty poet Xi€☆'n Qiji wrote a timeless famous line ₩ €here, "In the fragrance of rice a$​≠nd flowers, say the year of abundanc←±δ‌e, listen to the sou≤ nd of frogs," which is still‍γ fascinating to this day. Over 80§ >0 years ago, how did Shangrao, ♣×>full of pastoral poet♦✘ry, integrate with modern $αtechnology and culture?↑®β♦

Arriving at Yungu Countryside Ecologic↑£παal Agriculture Town in Guangxin ™↓≥αDistrict, Shangrao City, worke​α©rs are tending crops in greenhouses. ∑¥∞Various flowers are bloomiσ‌ng, and the ecological countryside is ♥∑©∑colorful, like a fairy tale world. Acc$ ording to the person in charge of the §δpark, based on the beautiful'€¥ natural landscape of mountains ✘××→and rivers and rich cultural touris¶↑¥∞m resources, Yungu Pastoral P≤ε★ark integrates high-quality agricu∑♥εlture, eco-tourism, cultura"λl leisure and commerc↔¶♣≠ial development, and is a pilot site fo ∏<​r agricultural industry integr€✔ε≤ation.

At the high-tech fruit and veget≠↑♥able base, which is a popular≥ε£ check-in spot on the internet, thisπ₩↓ is a relatively large multi gr<♦eenhouse greenhouse in southern C∏↕¥♠hina, ranking second in Asia. The  ∏ base cultivates over 6Ω®0 new varieties of fruits an∑®↕d vegetables both domestically an♣ d internationally throughout  ✔ its entire cycle, some of which adop$φεt soilless cultivation techniques to"δ achieve safety and ha Ω×♠rmlessness; Some adopt the fruiφ≠t tree root restriction cultivati‌&☆€on model to achieve more e★₩ fficient space utilization. In the holo≤ε¥ graphic 5D interactive experience area < that attracts touri→₽₽sts, they can experience the Ω&↑•development process from tradi≥✘∑₹tional farming to modern ag±× riculture, feel the perfect combi¶&αnation of modern techγ↑nology and agriculture firsthand, and h×↕→ave unlimited imagination for fut≤✔≥ure agriculture.

At the Window of Horticultural World,"÷☆♦ themed flower gardens offer visitorsπ≤λπ a place to rest and educate on↕®​₩ science, while flower themed exhibε‍& itions and other large-scale events caφ‍n be held. The Four Seasons Orchard, ✔→★♠Rice Fragrance Garden, Hua×↕©αyangyun Plant Art Cente☆™r, and Wedding Photogra✘✘☆∑phy Base are all unforgett®λable destinations for tourists.

Chen Xiangyu introduced that theΩ≥→§ integration of cultural touris&↑¶★m industry and ecological agricuε↔∏lture is of great signific≥÷ance for promoting economi&§₽♣c restructuring, achieving ≈εindustrial transformation and  αupgrading, and assistin¶÷∑g rural revitalization. Yungu Pa☆≠>storal focuses on the combination of ₩§agricultural and tourism industries, π" ‍vigorously developing rurφ₹  al tourism, promoting th≤✔↑e integration of the three industriλ←'es, and providing vivid exam≈♠>₽ples for achieving "strengt​¶∞ hening agriculture, creating♥÷Ω☆ beautiful rural areas, and γεenriching farmers.".

Smart marketing, achieving Ω₽→precise integration between φ→production and market

The difficulty in selling agricultur♣∞al products is a major botφ≠tleneck that restricts agricultural p<↓roduction and farmerδ★s' income growth. G≈£‌¥anzhou is known as the "world or™∏ ange town", and duri∑¶€♠ng the decades of planting navel ±&★oranges, it also encountered d∏σΩ↑ifficulties in selling n$α↓βavel oranges. How to sol€ ve this difficult problem↔₩±?

Anyuan County is a maβ$♥αjor producer of navel oranges in s≥$✘outhern Jiangxi. They deeσλ÷ply realized in the productio$₩n and sales process of na¥>$vel oranges that the main problem causi↕₩§εng difficulties in selling navelπ↑γ oranges is the inform↓∞&ation asymmetry between production and¥σ sales. Therefore, the Orange Informati≤÷π♦on Communication Gannan Navel Ora<÷nge Big Data Platform was estab↔&&lished to enable real-time inform♦₩ation integration among fruit ε∑farmers, fruit enterpri¥♠ses, and markets, achieving₹¥$& functions such as data ¶≠collection, summary, com¶®≥parison, and analysis, becomi" ×ng the "command center" for orΩ&☆chard management and the "staff dep∞  €artment" for industrial deve>‌$lopment.

This platform is one o≈×f the earliest single product agr λ₽ iculture full industry chain$ ™λ big data platforms in Jiangxi Provinα☆₹ce, and also one of the earl ↔©iest big data application platforms inπ§ the domestic citrus i π πndustry. Including citrus price indΩπex release center, industry info≤≥rmation service center, big★< ↑ data online platform trading c←₩​enter, digital logistics platform,‌λ∏☆ etc., covering vario‍™→≥us links of production, proces$>sing, and sales.

The Executive General Manager ‍¶✘♦of the platform, Guan Yongji, opened ✘☆• the mobile app and demonstrate σ∞d while introducing the platf÷ orm's data visualizat∞  ₽ion and synchronization between the₩& computer and mobile devices. Fruit f↔®αarmers can collect infσβormation through the platform₩<¶π and apply for a digital orchard ₩α♣certificate. With just one mob∑↔ile phone, they can enjoyγ★ various data services anytime, "∏πanywhere for free. You can watch agri∏★cultural technology classesα×↔, achieve disease and pest‌✔Ω₹ maps, self warning and declaδ£∑ration of diseases and pests↓<♦, and enjoy more than 50 service fun£ •§ctions such as professional ∏§§consultation, agricultur‍★♦≤al technology services, financial ser∏₹₹§vices, and fruit sales.

Agricultural product grading σαis an important way ₽₹∑to finely connect with the market and λ€​improve agricultural efficien∏♣cy. At the navel orange s  δ≠orting and processing base, t★→γhere are only 10 workers on ×∞<a 30000 square meter sorting line.$α Intelligent machines tranβδsport fruits back and forth throuγ®↓ gh an automatic barge syste♦±©±m, working together s¥¥eamlessly to perform non-÷λ↑destructive testing an© d intelligent combination ₽✘✘sorting on multiple quality indi♦≈cators such as weight, size, coγ¥☆↓lor, defects, sugar cont±•ent, acidity, etc., and ach☆≈ieve processes such as fruit pouri×✘δ☆ng, cleaning, steriliz←↓✔ation, preservation, sorti♣σ®πng, and filling boxe←↓≠s... Each process is smoothly c≤π∞→onnected and fast High efficiencyγ®.

Logistics enterprise★±β$s use big data to dis>​©patch orders on the platform ♠‍ and intelligently match na€↕$vel orange processing enterprises, ac₹≥hieving flow based pickup, ₹≈Ω≈reducing pickup costs, improving distr♠α‍★ibution efficiency, and enhancingα₹ fruit farmer benefits.  ≤×This project will increase the income ‍₽£γof fruit farmers and e-comme'¶±rce enterprises in the city by¥£↕✔ 100 million yuan.