{"id":3670,"date":"2022-02-04T08:21:24","date_gmt":"2022-02-04T07:21:24","guid":{"rendered":"https:\/\/geopard.tech\/?p=3670"},"modified":"2023-08-11T17:17:44","modified_gmt":"2023-08-11T15:17:44","slug":"kaj-je-pametna-kmetijska-tehnologija-in-kaj-lahko-stori-za-okolje","status":"publish","type":"post","link":"https:\/\/geopard.tech\/sl\/blog\/what-is-smart-farming-technology-and-what-it-can-do-for-the-environment\/","title":{"rendered":"Kaj je pametna kmetijska tehnologija in kaj lahko stori za okolje?"},"content":{"rendered":"

Tehnolo\u0161ki napredek je bil vedno glavno gonilo rasti kmetijske proizvodnje in razvoja. Zgodovinsko gledano so bile tehnologije izbrane in uvedene za pove\u010danje dohodka kmetij. Dolgoro\u010dni vplivi kmetijstva, raziskav in razvoja, izobra\u017eevanja, usposabljanja in politi\u010dnih smernic so vplivali na izbiro tehnologije in kmetijske metode.<\/p>\n

Na kmetijstvo vse bolj vplivajo okoljski standardi, standardi varnosti in kakovosti hrane ter standardi dobrobiti \u017eivali. Med novimi te\u017eavami so nara\u0161\u010dajo\u010da poraba hrane, mednarodna konkuren\u010dnost in proizvodnja visokokakovostnih kmetijskih proizvodov.<\/p>\n

Hkrati mora dose\u010di cilje trajnostnega razvoja, kot so izbolj\u0161ana ekologija, nadaljnja gospodarska liberalizacija in skladnost z mednarodnimi okoljskimi sporazumi.<\/p>\n

Kaj je pametna kmetijska tehnologija in kaj lahko stori za okolje?<\/h2>\n

Cilj tehnologije v pametnem kmetijstvu je podvojiti kmetijsko proizvodnjo in hkrati prepoloviti stro\u0161ke. Posledi\u010dno se nana\u0161a na kmetijski pristop, ki v veliki meri uporablja zbiranje in analizo podatkov. Cilj te strategije je pove\u010dati proizvodno proizvodnjo ob hkratni okolju prijaznosti.<\/p>\n

GPS kmetijstvo je na primer temeljnega pomena za pametno kmetijstvo. Z namestitvijo avtonomnih \u017eetvenih strojev in druge kmetijske mehanizacije, kot so traktorji, se poudarek preusmerja na celosten pristop, ki poudarja ne le prostorsko natan\u010dnost, temve\u010d tudi najnaprednej\u0161o tehnologijo obdelave pridelkov.<\/p>\n

Koliko gnojilo<\/a> Uporaba in \u010das uporabe, natan\u010dna povr\u0161ina za obdelavo in viri, potrebni za za\u0161\u010dito rastlin, so le nekateri od tipi\u010dnih izzivov, s katerimi se soo\u010dajo tehnologije pametnega kmetovanja.<\/p>\n

Kmetijstvo se soo\u010da z ve\u010d informacijskimi izzivi. Za u\u010dinkovito spremljanje rasti malih kmetov mora vsak sistem spremljanja vklju\u010devati veliko razli\u010dnih geografskih in \u010dasovnih kazalnikov. Za doseganje optimalnih rezultatov je treba zbrati ogromno koli\u010dino podatkov.<\/p>\n

Kako pametna kmetijska tehnologija pomaga izbolj\u0161ati ekologijo<\/h2>\n

Okolju prijazna pametna kmetijska tehnologija pomaga zmanj\u0161ati onesna\u017eevanje v kmetijstvu. Uporaba manj\u0161e koli\u010dine gnojil in herbicidov zmanj\u0161uje izpiranje in emisije toplogrednih plinov. Senzorska omre\u017eja lahko s sodobno informacijsko in komunikacijsko tehnologijo omogo\u010dijo skoraj nenehno spremljanje kmetijstva. Kmetijske vlo\u017eke, vklju\u010dno z vodo, gnojili in zdravili, je mogo\u010de povezati s stanjem rastlin, \u017eivali in tal.<\/p>\n

Dobre kmetijske metode lahko pove\u010dajo dobi\u010dek. Z izbolj\u0161anjem zanesljivosti prostorsko eksplicitnih podatkov se prihranijo viri in prepre\u010dijo nevarnosti.<\/p>\n

Dostop do optimalnih vremenskih napovedi za posamezno lokacijo, projekcij pridelka, bolezen<\/a>, zemljevidi verjetnosti nesre\u010d pa bodo pove\u010dali pridelek. Meteorolo\u0161ki in podnebni podatki se uporabljajo za napovedovanje bolezni in nesre\u010d.<\/p>\n

Kmetje, predelovalci in trgovci na drobno tako v dr\u017eavah v razvoju kot v razvitih dr\u017eavah lahko izkoristijo podatke, specifi\u010dne za posamezno lokacijo. Uporaba avtomatiziranih senzorjev za zbiranje vseh kmetijskih podatkov prihrani \u010das pri administrativnih opravilih in dodeljevanju virov.<\/p>\n

Lahko tudi izbolj\u0161a sprejemanje s strani strank. Teorija lahko pove\u010da kakovost izdelka (na primer s pove\u010danjem \u0161tevila antioksidantov in drugih sekundarnih metabolitov v izdelku).<\/p>\n

Pametne kmetijske tehnologije lahko omogo\u010dijo usklajena prizadevanja za osvoboditev od polarizirajo\u010dih in segmentirajo\u010dih tehnologij in praks. v visokorodnih sadovnjakih; ali mleko, proizvedeno z ustrezno hranjeno \u017eivino).<\/p>\n

Bolj zdrave mo\u017enosti lahko pritegnejo tudi vi\u0161jo tr\u017eno ceno, kar je klju\u010dnega pomena za u\u010dinkovitost rabe zemlji\u0161\u010d. Preglednost pridelave in predelave se bo izbolj\u0161ala, saj bo IKT omogo\u010dila sledenje kmetij in razmer. Tako so mo\u017ene nove oblike sodelovanja med kmeti in kupci.<\/p>\n

5 najbolj\u0161ih trajnostnih in okolju prijaznih kmetijskih praks<\/h2>\n

V zadnjih letih se je pove\u010dala ozave\u0161\u010denost javnosti o okoljski \u0161kodi, ki jo povzro\u010da veliko kmetijstvo. K temu prispevajo \u0161tevilne uni\u010dujo\u010de kmetijske tehnike. Zato je treba uvesti kmetijske inovacije, kot so ekolo\u0161ko prijazne kmetijske tehnike.<\/p>\n

\"trajnostne
\nSpodaj je na\u0161tetih pet ekolo\u0161ko prijaznih kmetijskih idej, ki vam bodo pomagale dose\u010di dolgoro\u010dni uspeh.<\/p>\n

1. Akvaponika in hidroponika v tehnologiji pametnega kmetovanja<\/strong><\/p>\n

Akvaponika in hidroponika sta metodi kmetovanja, ki se v celoti zana\u0161ata na naravno zatiranje \u0161kodljivcev in biolo\u0161ka gnojila za gojenje pridelkov brez uporabe kemikalij ali pesticidov. Ta strategija optimizira energijske in hranilne cikle v kmetijskem ekosistemu.<\/p>\n

Gnojenje pove\u010da vsebnost organskega ogljika v tleh, kar povzro\u010di znatno pove\u010danje emisij CO2 v ozra\u010dje.<\/p>\n

Kmetje bodo imeli koristi od idej akvaponike in hidroponike, saj bodo zmanj\u0161ali emisije du\u0161ikovega oksida in metana iz zemlji\u0161\u010d. Zato ta strategija s\u010dasoma koristi vodi, bli\u017enjim vrstam, zemlji\u0161\u010dem, okolju in kmetom.<\/p>\n

2. Permakultura<\/strong><\/p>\n

Tehnolo\u0161ki napredek je bil vedno glavno gonilo rasti kmetijske proizvodnje in razvoja. Zgodovinsko gledano so bile tehnologije izbrane in uvedene za pove\u010danje dohodka kmetij. Dolgoro\u010dni vplivi kmetijstva, raziskav in razvoja, izobra\u017eevanja, usposabljanja in politi\u010dnih smernic so vplivali na izbiro tehnologije in kmetijske metode.<\/p>\n

Permakultura je vzpostavitev samooskrbnih kmetijskih ekosistemov. Ta kmetijska metoda, ki temelji na raznolikosti pridelkov, odpornosti, naravni proizvodnji in trajnosti zemlji\u0161\u010d, ustvarja sinergijske kmetijske sisteme.<\/p>\n

Vendar pa se je permakultura od za\u010detka osemdesetih let prej\u0161njega stoletja razvila v celosten koncept, ki dale\u010d presega kmetijstvo. Permakultura je globalna eti\u010dna tehnika za gradnjo medsebojno povezanih sistemov, ki temeljijo na pojmu trajnostnega razvoja. Naravni ekosistemi so klju\u010dnega pomena za \u010dlove\u0161ko dejavnost.<\/p>\n

3. Uporaba obnovljivih virov energije<\/strong><\/p>\n

Ocenjuje se, da kmetijstvo in proizvodnja hrane predstavljata 351 TP3T skupnih emisij toplogrednih plinov. Posledi\u010dno bi morala kmetijska oprema poganjati son\u010dna, hidroelektrarna in vetrna energija.<\/p>\n

Son\u010dne celice se na ta na\u010din uporabljajo za napajanje \u010drpalk in ogrevalnih sistemov. Kmetje lahko kmetijsko opremo napajajo tudi s hidroelektri\u010dno energijo, ki jo proizvaja bli\u017enja reka. Kmetje bi morali opraviti spletno primerjavo cen energije, da bi dolo\u010dili najbolj stro\u0161kovno u\u010dinkovite alternativne vire energije.<\/p>\n

4. Kolobarjenje in polikulture<\/strong><\/p>\n

Kolobarjenje<\/a> je tehnika, ki se uporablja v kmetijstvu in vklju\u010duje gojenje razli\u010dnih polj\u0161\u010din na istem polju ve\u010d sezon. Ta metoda lahko pomaga zmanj\u0161ati verjetnost bolezni rastlin in zelenjave.<\/p>\n

Poleg tega ta strategija zmanj\u0161uje \u0161tevilo herbicidov in kemi\u010dnih gnojil, ki jih je treba uporabiti, da bi veljala za okolju prijazna.<\/p>\n

5. Drevesa lahko pove\u010dajo pridelek<\/strong><\/p>\n

Nenazadnje pa je tu \u0161e uporaba agrogozdarske tehnologije, ki vklju\u010duje sajenje lesnatih trajnic na istem zemlji\u0161\u010du, ki se uporablja za kmetijsko pridelavo.<\/p>\n

Zaradi poudarka pristopa na maksimiranju razpolo\u017eljive povr\u0161ine je izjemno produktiven in dolgotrajen. Ta na\u010drt bo ustvaril znatne gospodarske koristi, hkrati pa bo koristen za zdravje in okolje.<\/p>\n

\u010ce povzamemo<\/strong><\/p>\n

S pametno kmetijsko tehnologijo so mo\u017eni bolj usklajeni prehodi od kontroverznih tehnologij in praks. Dolgoro\u010dno pre\u017eivetje kmetijstva je odvisno od tehnologije, raznolikosti sistemov pridelave polj\u0161\u010din in \u017eivinoreje ter omre\u017eij med vsemi ponudniki kmetijskih in \u017eivilskih storitev.<\/p>\n

Z eno samo zakonodajno strategijo je te\u017eko dose\u010di eti\u010dno uporabo IKT. Namesto tega je cilj opredeliti najpomembnej\u0161e ovire ali nevarnosti za dolgoro\u010dno uporabo tehnologije tako v razvitih kot v dr\u017eavah v razvoju.<\/p>\n

Kmetijstvo je klju\u010dnega pomena v boju proti podnebnim spremembam in njihovim negativnim posledicam. Ve\u010dja trajnost kmetijstva lahko prispeva tako k pove\u010dani zmogljivosti proizvodnje hrane kot k varstvu okolja.<\/p>","protected":false},"excerpt":{"rendered":"

Tehnolo\u0161ki napredek je bil vedno glavno gonilo rasti kmetijske proizvodnje in razvoja. Zgodovinsko gledano so bile tehnologije izbrane in uvedene za pove\u010danje kmetijske ...<\/p>","protected":false},"author":210157960,"featured_media":4829,"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_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":[1663],"class_list":["post-3670","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-whats","tag-farming"],"acf":[],"yoast_head":"\nHow Can Smart Farming Technologies Help to Improve Ecology?\u2618\ufe0f<\/title>\n<meta name=\"description\" content=\"Smart farming is a big leap from traditional farming. It has a lot of benefits. But the main thing is that it helps to improve the ecology. \ud83c\udf0d\" \/>\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\/kaj-je-pametna-kmetijska-tehnologija-in-kaj-lahko-stori-za-okolje\/\" \/>\n<meta property=\"og:locale\" content=\"sl_SI\" \/>\n<meta property=\"og:type\" content=\"article\" \/>\n<meta property=\"og:title\" content=\"How Can Smart Farming Technologies Help to Improve Ecology?\u2618\ufe0f\" \/>\n<meta property=\"og:description\" content=\"Smart farming is a big leap from traditional farming. It has a lot of benefits. 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