{"id":3450,"date":"2022-01-21T11:45:03","date_gmt":"2022-01-21T10:45:03","guid":{"rendered":"https:\/\/geopard.tech\/?p=3450"},"modified":"2023-08-11T17:03:52","modified_gmt":"2023-08-11T15:03:52","slug":"internet-stvari-v-kmetijstvu-primeri-uporabe-in-priloznosti","status":"publish","type":"post","link":"https:\/\/geopard.tech\/sl\/blog\/iot-in-agriculture-cases-of-use-and-opportunities\/","title":{"rendered":"Internet stvari v kmetijstvu: primeri uporabe in prilo\u017enosti"},"content":{"rendered":"

Omogo\u010danje komunikacije med stroji in razli\u010dno strojno opremo ter vstavljanje digitalne inteligence v naprave omogo\u010da povezavo velikega \u0161tevila fizi\u010dnih naprav in izmenjavo podatkov prek interneta brez \u010dlove\u0161kega posredovanja.<\/p>\n

Izraz \u2018IoT\u2019 v osnovi vklju\u010duje vse, kar je povezano z internetom, vendar se vse pogosteje razume kot predmeti, ki se med seboj \u2018pogovarjajo\u2019. To lahko vklju\u010duje vse od preprostih senzorjev do pametnih telefonov, nosljivih naprav in ra\u010dunalnikov \u2013 vendar za naprave, ki so vse povezane med seboj.<\/p>\n

Ko so povezane naprave zdru\u017eene s pametno programsko opremo, kot v mnogih avtomatiziranih sistemih, je mogo\u010de storiti veliko ve\u010d kot le zbirati informacije, ampak tudi analizirati topografijo<\/a>, tla in pridelek pridelka ter spro\u017eijo dolo\u010dene ukrepe, vklju\u010dno z u\u010denjem iz procesa.<\/p>\n

Internet stvari se lahko enakovredno uporablja za naprave v zaprtih zasebnih omre\u017ejih, vendar koncept interneta stvari zdru\u017euje ta omre\u017eja in ustvarja veliko bolj povezan svet.<\/p>\n

Obstaja veliko naprav, ki so del interneta stvari (IoT), in omogo\u010dajo spremljanje celotnih procesov kmetijske pridelave. Naprave IoT, podprte s programskimi sistemi, lahko spremljajo procese od pridelave sadik prek upravljanja pridelkov (namakanje, varstvo rastlin in prehrana rastlin) do poseka.<\/p>\n

Te naprave in programski sistemi omogo\u010dajo nemoteno povezavo in integracijo primarne proizvodnje v druge faze kmetijske vrednostne verige \u2013 kot so predelava, veleprodaja, maloprodaja in celo kon\u010dni kupec.<\/p>\n

Ve\u010dina interneta stvari, ki se uporablja v kmetijski proizvodnji, je v obliki senzorjev, ki zagotavljajo ustrezne podatke o dejanskem stanju na poljih in v rastlinjakih, kar nam omogo\u010da, da ... spremljanje pridelkov<\/a> kadar koli ali v kontekstu \u017eivalske proizvodnje, status posamezne \u017eivali.<\/p>\n

Ti senzorji zajemajo ali ustvarjajo razli\u010dne vrste podatkov, ve\u010dinoma pa zajemajo okoljske parametre (vla\u017enost in temperaturo tal in zraka, elektri\u010dno prevodnost, padavine, hitrost in smer vetra, vla\u017enost listov, obsevanost in \u0161tevilne druge aplikacije, specifi\u010dne za potrebe pridelovalcev).<\/p>\n

Kak\u0161ne so prilo\u017enosti interneta stvari v kmetijstvu?<\/h2>\n

Vse bolj negativni u\u010dinki podnebnih sprememb, ki smo jim pri\u010da v zadnjem obdobju, motijo kmetijsko proizvodnjo in opozarjajo na potrebo po sprejemanju dobro premi\u0161ljenih in ustreznih odlo\u010ditev v zelo kratkem \u010dasu.<\/p>\n

Poleg tega, a povsem druga perspektiva, je upo\u0161tevanje strogega pravnega okvira in pravilnega postopka vodenja evidenc, kjer proizvajalci izgubljajo preve\u010d dragocenega \u010dasa. V zgornjem kontekstu lahko uvedba interneta stvari na kmetiji in v kmetijskem obratovanju pomaga re\u0161iti eno glavnih te\u017eav sodobnega kmeta.<\/p>\n

Internet stvari v kmetijstvu lahko kmetom pomaga pri pridobivanju vpogleda v razmere v kmetijski proizvodnji v realnem \u010dasu. Prav tako lahko pomaga pri podpori programske opreme za podporo odlo\u010danju za ustvarjanje ustreznih nasvetov v procesih odlo\u010danja.<\/p>\n

Poleg tega se lahko vsi zabele\u017eeni podatki kasneje uporabijo kot dokazilo za vsako izvedeno operacijo in vse uporabljene vnose, kar kmetom omogo\u010da, da ne porabijo dodatnega \u010dasa za obdelavo \u0161tevilk, kar znatno olaj\u0161a postopek vodenja evidenc.<\/p>\n

Natan\u010dneje, uvedba interneta stvari v kmetijstvu lahko skraj\u0161a \u010das preverjanja rutinskih dejavnosti na kmetiji, spremljanja specifi\u010dnih operacij in stanj ter kmetom omogo\u010di, da se osredoto\u010dijo na pomembne dejavnosti, kot sta strate\u0161ko upravljanje in pozicioniranje izdelkov na trgu.<\/p>\n

Kon\u010dni rezultat interneta stvari je potencialno pove\u010danje produktivnosti, zmanj\u0161anje stro\u0161kov pri uporabi vhodnih materialov, sledljivost in manj dela.<\/p>\n

Kako deluje internet stvari v kmetijstvu?<\/h2>\n

Implementacija interneta stvari na kmetijah lahko kmetom pomaga zmanj\u0161ati stro\u0161ke z uporabo koli\u010dinsko natan\u010dnej\u0161ih vhodnih podatkov, ki temeljijo zgolj na interpretaciji informacij, pridobljenih na poljih.<\/p>\n

\"Kako<\/p>\n

S podatki interneta stvari lahko kmetje uporabljajo razli\u010dne modele za odkrivanje bolezni in \u0161kodljivcev, kar neposredno vpliva na \u0161tevilo uporabljenih pesticidov in \u0161tevilo izvedenih operacij, kar bo na koncu prihranilo \u010das, zmanj\u0161alo stro\u0161ke in zmanj\u0161alo vpliv na okolje.<\/p>\n

Poleg tega bodo kmetje z izra\u010dunom evapotranspiracije s pomo\u010djo ustvarjenih podatkov interneta stvari imeli mo\u017enost pravo\u010dasno na\u010drtovati svoje namakalne vzorce, kar jim bo omogo\u010dilo zmanj\u0161anje porabljene vode.<\/p>\n

Var\u010devanje z vodo za namakanje je izjemno pomembno na obmo\u010djih, kjer primanjkuje vode. Poleg tega je mogo\u010de podatke, potrebne za izvajanje tak\u0161ne operacije, upravljati z uporabo ve\u010d zgoraj omenjenih senzorjev interneta stvari.<\/p>\n

Poleg pridelave polj\u0161\u010din je tehnologija interneta stvari v kmetijstvu zelo uporabna tudi pri \u017eivinoreji, kjer stro\u0161ki reje \u017eivine iz trenutka v trenutek nara\u0161\u010dajo. V zadnjem \u010dasu se pri \u017eivinoreji velik poudarek daje na to, kako kmetje ravnajo z \u017eivalmi, razli\u010dne strani pa jih spodbujajo, da \u017eivalim grozijo na bolj human na\u010din.<\/p>\n

Izvajanje interneta stvari (IoT) omogo\u010da kmetom, da na \u017eivali pritrdijo razli\u010dne senzorje, ne da bi jim povzro\u010dali kakr\u0161no koli nelagodje, s \u010dimer jim omogo\u010dajo nenehno spremljanje njihovega zdravja in aktivnosti.<\/p>\n

Z internetom stvari se meri veliko vrst podatkov, kot so sr\u010dni utrip \u017eivali, krvni tlak, \u010das pre\u017evekovanja, telesna temperatura itd. Poleg tega so na trgu na voljo senzorji, ki oddajajo podatke GPS. Spremljanje lokacije je zelo koristno za kmete, ki imajo pa\u0161nike na odprti pa\u0161i.<\/p>\n

Uporaba vseh zgoraj omenjenih vrst podatkov daje kmetom dovolj \u010dasa, da so proaktivni glede svojega delovanja, kar ima za posledico ve\u010djo produktivnost, zmanj\u0161anje negativnega vpliva na okolje in ubla\u017eitev negativnih u\u010dinkov podnebnih sprememb.<\/p>\n

Kako uporabljati internet stvari v kmetijstvu?<\/h2>\n

Prednosti interneta stvari v kmetijstvu so lahko \u0161tevilne, predvsem zaradi \u0161irokega spektra uporabe. Da bi dobili popolnej\u0161o sliko o pomenu interneta stvari v kmetijstvu, bomo omenili ve\u010d vrst uporabe interneta stvari v razli\u010dnih vrstah in fazah kmetijske proizvodnje:<\/p>\n

1. Vremenske postaje<\/strong><\/p>\n

Senzorji, zdru\u017eeni v vremenskih postajah, zbirajo podatke in zagotavljajo meritve, ki prikazujejo podnebne razmere, pomagajo pri odlo\u010danju o pridelavi in potencialno pomagajo izbolj\u0161ati zmogljivost pridelkov, kar zagotavlja najve\u010dje mo\u017ene donose.<\/p>\n

Z merjenjem teh okoljskih dejavnikov in ustvarjanjem podatkov iz njih lahko internet stvari ustvari natan\u010dno zgodovino, ki lahko kmetom pomaga pri njihovih procesih odlo\u010danja ali pri pripravi verjetnostnih na\u010drtov, s \u010dimer se zmanj\u0161a tveganje za nepri\u010dakovane stro\u0161ke in operacije.<\/p>\n

2. Avtomatizacija rastlinjakov<\/strong><\/p>\n

Vremenske postaje se ne uporabljajo le za zbiranje potrebnih okoljskih podatkov, temve\u010d se lahko uporabljajo tudi za samodejno prilagajanje pogojev v nadzorovanih mikroklimatskih pogojih, kot so rastlinjaki, da se ujemajo s specifi\u010dnimi rastnimi parametri.<\/p>\n

Ne glede na to, ali gre za hidroponsko gojenje ali gojenje rastlin v substratu, so lahko prednosti avtomatiziranih rastlinjakov znatne. Trenutne podatke, ki jih pridobijo senzorji, je mogo\u010de zdru\u017eiti, da dobimo \u0161iroko sliko o razmerah v rastlinjaku.<\/p>\n

\u010ce so optimalni parametri za optimalne rastne pogoje znani in nastavljeni, je mogo\u010de enostavno dose\u010di samodejno prilagajanje okolja.<\/p>\n

3. Naprave za upravljanje pridelkov<\/strong><\/p>\n

Na terenu je mogo\u010de namestiti \u0161iroko paleto senzorjev za zbiranje informacij za odlo\u010danje, kot so temperatura, padavine, zdravje pridelka, prehransko stanje pridelka in \u0161tevilne druge. Te naprave so klju\u010dni elementi preciznega kmetijstva.<\/p>\n

Iz meritev senzorjev je mogo\u010de pridobiti veliko dragocenih podatkov. Ko se ti podatki shranijo, ustvarijo \u010dasovno zgodovino, ki se uporablja v programski opremi za odlo\u010danje, ki kmetom pomaga pri njihovih procesih odlo\u010danja.<\/p>\n

4. Naprave za upravljanje \u017eivine<\/strong><\/p>\n

Senzorji se lahko namestijo ali celo pritrdijo na \u017eivali, da bi zagotovili informacije o temperaturi, zdravju in prehranski vrednosti posamezne \u017eivali, pa tudi splo\u0161ne informacije o \u010dredi.<\/p>\n

S tovrstnim senzorjem kmet natan\u010dno ve, kje so dolo\u010dene \u017eivali z edinstvenimi identifikatorji. Senzorji lahko zagotovijo tudi informacije, kot so kdaj je dolo\u010dena \u017eival nazadnje jedla, spala, hodila itd.<\/p>\n

5. Sistemi za upravljanje produktivnosti kmetij<\/strong><\/p>\n

Obstaja veliko potencialnih sistemov, ki spremljajo in krmilijo vse senzorje, name\u0161\u010dene na terenu, in jih zdru\u017eujejo v zmogljivo analiti\u010dno nadzorno plo\u0161\u010do za logistiko, ra\u010dunovodstvo in poro\u010danje.<\/p>\n

Z natan\u010dnim poznavanjem vhodnih in izhodnih podatkov, ki se uporabljajo na kmetiji, lahko kmetje dobijo jasen pregled nad morebitnimi tveganji, s katerimi se lahko soo\u010dijo, hkrati pa imajo na voljo informacije, ki jim pomagajo pri oblikovanju optimalnih re\u0161itev.<\/p>","protected":false},"excerpt":{"rendered":"

Omogo\u010danje komunikacije med stroji in razli\u010dno strojno opremo ter vstavljanje digitalne inteligence v naprave omogo\u010da povezavo velikega \u0161tevila fizi\u010dnih naprav in\u2026<\/p>","protected":false},"author":210157960,"featured_media":3452,"comment_status":"open","ping_status":"open","sticky":false,"template":"","format":"standard","meta":{"_coblocks_attr":"","_coblocks_dimensions":"","_coblocks_responsive_height":"","_coblocks_accordion_ie_support":"","_eb_attr":"","content-type":"","_jetpack_newsletter_access":"","_jetpack_dont_email_post_to_subs":false,"_jetpack_newsletter_tier_id":0,"_jetpack_memberships_contains_paywalled_content":false,"_wpcom_ai_launchpad_first_post":false,"_jetpack_hide_featured_image":false,"_jetpack_featured_image_duplicate_dismissed":0,"_jetpack_feature_clip_id":0,"_jetpack_memberships_contains_paid_content":false,"footnotes":"","jetpack_publicize_message":"{title}\n\n{excerpt}\n\n{url}","jetpack_publicize_feature_enabled":true,"jetpack_social_post_already_shared":true,"jetpack_social_options":{"image_generator_settings":{"template":"highway","default_image_id":0,"font":"","enabled":false},"version":2},"_wpas_customize_per_network":false,"jetpack_post_was_ever_published":false},"categories":[1380],"tags":[1646],"class_list":["post-3450","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-whats","tag-digital-agriculture"],"acf":[],"yoast_head":"\nHow to use IoT in agriculture \ud83d\udc68\u200d\ud83c\udf3e<\/title>\n<meta name=\"description\" content=\"The implementation of IoT in agriculture can shorten the time in checking the farm routine activities, and monitoring specific operations.\" \/>\n<meta name=\"robots\" content=\"index, follow, max-snippet:-1, max-image-preview:large, max-video-preview:-1\" \/>\n<link rel=\"canonical\" href=\"https:\/\/geopard.tech\/sl\/blog\/internet-stvari-v-kmetijstvu-primeri-uporabe-in-priloznosti\/\" \/>\n<meta property=\"og:locale\" content=\"sl_SI\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"How to use IoT in agriculture \ud83d\udc68\u200d\ud83c\udf3e\" \/>\n<meta property=\"og:description\" content=\"The implementation of IoT in agriculture can shorten the time in checking the farm routine activities, and monitoring specific operations.\" \/>\n<meta property=\"og:url\" content=\"https:\/\/geopard.tech\/sl\/blog\/internet-stvari-v-kmetijstvu-primeri-uporabe-in-priloznosti\/\" \/>\n<meta property=\"og:site_name\" content=\"GeoPard - 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