{"id":3801,"date":"2022-02-23T05:47:35","date_gmt":"2022-02-23T04:47:35","guid":{"rendered":"https:\/\/geopard.tech\/?p=3801"},"modified":"2023-07-02T22:14:50","modified_gmt":"2023-07-02T20:14:50","slug":"merjenje-emisij-ogljika-z-uporabo-preciznega-kmetijstva","status":"publish","type":"post","link":"https:\/\/geopard.tech\/sl\/blog\/measuring-the-carbon-emissions-using-precision-agriculture\/","title":{"rendered":"Oglji\u010dno gojenje: prakse, merjenje in izvajanje"},"content":{"rendered":"

Eden glavnih dejavnikov, ki vplivajo na podnebne spremembe, je gospodarjenje z zemlji\u0161\u010di. \u0160tevilne kmetijske prakse, kot so polaganje plo\u0161\u010dic na zemlji\u0161\u010de, uporaba pesticidov in herbicidov ter prekomerna pa\u0161a in \u0161tevilne druge, povzro\u010dajo visoke ravni spro\u0161\u010danja ogljika, ki lahko povzro\u010dijo podnebne spremembe.<\/p>\n

Merjenje emisij ogljika z uporabo preciznega kmetijstva<\/h2>\n

Oglji\u010dno gojenje je preprosto uporaba<\/a> trendov ali praks, ki mo\u010dno pove\u010dajo raven CO2, ki se iztisne iz ozra\u010dja, in ga spremenijo v rastlinski material ali organsko snov v tleh.<\/p>\n

Zaradi zgoraj navedenih razlogov bomo v tem \u010dlanku obravnavali vse, kar se nana\u0161a na oglji\u010dno kmetijstvo, od osnov, praks \u2013 vse do ocen.<\/p>\n

Osnove oglji\u010dnega kmetijstva<\/h2>\n

Ali veste, da rastline med kalitevjo vedno \u010drpajo ogljik iz ozra\u010dja, ki ga na koncu vpijejo in zadr\u017eijo tla? Raven shranjenega ogljika je odvisna od vrste podnebja in tudi od vrsta tal<\/a>.<\/p>\n

Starodavne kmetijske metode, ki izolirajo ogljik, so obstajale \u017ee tiso\u010dletja nazaj. Na primer, zmanj\u0161anje motenj tal z brezoran\u017enim kmetovanjem zmanj\u0161uje izgubo ogljika v ozra\u010dje. Druga metoda, ki se uporablja, je diverzifikacija polj\u0161\u010din in gojenje stro\u010dnic, trajnic in pokrovnih polj\u0161\u010din, ki ogljik potiskajo nazaj v tla.<\/p>\n

Prav tako gosti mikrobe, ki igrajo pomembno vlogo pri shranjevanju ogljika. Poleg tega so podnebju prijazne metode gojenje \u017eivine skupaj s pridelki. Kadar koli se krave rotirajo po pa\u0161nikih, si trave opomorejo od pa\u0161e, \u017eivalski gnoj in u\u010dinki njihove pa\u0161e pa o\u017eivljajo ogljik v tleh. Mnogi kmetje uporabljajo te prakse \u2013 znane so kot \u2019regenerativno kmetijstvo\u201c.<\/p>\n

Oglji\u010dne kmetovalske prakse za zdravje tal<\/h2>\n

Uporaba preostale biomase po \u017eetvi kot organska snov prekrije zemljo namesto se\u017eiganja. Organsko mul\u010denje ponuja \u0161tevilne prednosti, kot so nadzor temperature tal, pove\u010danje hranil v tleh, prepre\u010devanje izhlapevanja za ohranjanje vlage v tleh, prepre\u010devanje rasti plevela, nadzor erozija<\/a>, pa tudi izbolj\u0161anje splo\u0161nega zdravja tal.<\/p>\n

Prehod s konvencionalnih na\u010dinov obdelave tal na var\u010devalne na\u010dine obdelave tal, kot je zmanj\u0161ana ali brez oranja. Obdelava tal rahlja in prezra\u010duje zemljo ter pove\u010duje vsebnost organskih snovi ali ogljika na povr\u0161ini, kar izbolj\u0161a rast polj\u0161\u010din. Ko se ujeti ogljik sprosti v velikih koli\u010dinah, reagira s kisikom v ozra\u010dju in proizvaja ogljikov dioksid.<\/p>\n

Rast pokrovni posevki<\/a> med sezono in brez pu\u0161\u010danja zemlje gole. Pokrovni posevki prepre\u010dujejo erozijo tal, nadzorujejo vlago, zmanj\u0161ujejo bolezni tal, \u0161kodljivci<\/a>, plevel<\/a> rast in privabljajo tudi opra\u0161evalce. Poleg tega delujejo kot zastirka in vir organske snovi ter se lahko uporabljajo za pa\u0161o ali kot krma za \u017eivali.<\/p>\n

Glede na vrsto polj\u0161\u010dine obstajajo nekatere, ki lahko prispevajo k absorpciji du\u0161ika. Zamenjava monizma s kolobarjenjem z ve\u010djo raznolikostjo in trendi integriranega kmetovanja.<\/p>\n

Vklju\u010devanje teh pridelkov v cikle, ki povzro\u010dajo velike koli\u010dine ostankov v tleh, pove\u010duje zalogo organskega ogljika v tleh. Visoke ravni organske snovi zagotavljajo zdrava, biolo\u0161ko aktivna tla z ni\u010delnimi ali zelo malo te\u017eavami, kot so rodovitnost pridelkov, \u0161kodljivci in celo bolezni. Kolobarjenje<\/a> kmetom zagotavlja tudi dodaten dohodek.<\/p>\n

Zamenjava intenzivne uporabe kemi\u010dnih gnojil z integriranim upravljanjem hranil in preciznim kmetovanjem. Naklju\u010dna uporaba gnojil vodi do prese\u017eka du\u0161ika v tleh, kar povzro\u010da zakisanje in zasoljevanje tal ter onesna\u017eenje vode zaradi odtekanja gnojil.<\/p>\n

V nasprotju s tem precizno kmetovanje omogo\u010da kmetom, da se osredoto\u010dijo na dolo\u010dena obmo\u010dja in ne \u0161kropijo s \u0161kropljenjem po celotni povr\u0161ini; prakse oglji\u010dnega kmetovanja na naraven na\u010din revitalizirajo tla in s tem zmanj\u0161ajo potrebo po sinteti\u010dnih izdelkih. Izbira komposta za obnovitev rodovitnosti tal in prilagoditev shranjevanja ogljika na travnikih.<\/p>\n

Ko je raztresen po celotni povr\u0161ini tal, kompost ve\u017ee ogljik v stabilni obliki, ki ne oksidira zlahka. Pove\u010da odpornost tal na ekstremne vremenske dogodke, kot so poplave in su\u0161a. Zmanj\u0161uje druge oblike emisij, kot sta spro\u0161\u010danje metana in du\u0161ikovega oksida zaradi razgradnje organskih snovi.<\/p>\n

Zdru\u017eevanje dreves s kmetijstvom prek agrogozdarstva na obdelovalnih zemlji\u0161\u010dih prina\u0161a \u0161tevilne koristi, \u010de se pravilno izvaja. Stopnja sekvestracije je petkrat vi\u0161ja od stopnje na hektar pri izbolj\u0161anih letnih praksah pridelave brez dreves. Kmetom omogo\u010da, da na sedanjih zemlji\u0161\u010dih pridelajo ve\u010d hrane in ustvarijo dodaten dohodek. Rastline, ki ve\u017eejo du\u0161ik, pove\u010dajo rodovitnost brez ... sinteti\u010dno gnojilo<\/a>.<\/p>\n

Tla: Cenovno ugodna re\u0161itev<\/h2>\n

Dodajanje ogljika v tla z metodami, kot je brez oranja, velja za poceni. \u0160tudije ocenjujejo, da oglji\u010dno kmetijstvo stane le $10\u2013$100 na tono odstranjenega CO2 v primerjavi z $100\u2013$1.000 na tono pri tehnologijah, ki mehansko odstranjujejo ogljik iz zraka.<\/p>\n

\"Oglji\u010dne<\/p>\n

Poleg tega je oglji\u010dno kmetijstvo tudi mo\u017een vir prihodka za kmete in \u017eivinorejce, ki se odlo\u010dijo za prodajo dobropisov, ki jih dobijo na trgih ogljika. Veliki onesna\u017eevalci s toplogrednimi plini, vklju\u010dno s proizvajalci, kupujejo te dobropise, da se znebijo lastnih emisij.<\/p>\n

Podjetja, kot sta IndigoAg in Nori, so za\u010dela pla\u010devati kmetom za oglji\u010dni krediti<\/a>. Ameri\u0161ki senat se je 24. junija 2022 odlo\u010dil, da bo z 92 glasovi za in 8 proti sprejel Zakon o re\u0161itvah za rasto\u010de podnebje iz leta 2021. Zakon dovoljuje ameri\u0161kemu ministrstvu za kmetijstvo, da pomaga kmetom, rejcem \u017eivine in celo zasebnim lastnikom gozdnih zemlji\u0161\u010d pri sodelovanju na trgih ogljika.<\/p>\n

Ocenjevanje shranjevanja ogljika<\/h2>\n

Ena glavnih te\u017eav je, da tla absorbirajo razli\u010dne koli\u010dine ogljika glede na svojo globino, teksturo in celo vsebnost mineralov.<\/p>\n

\u010ceprav obstajajo prakse, ki izbolj\u0161ujejo shranjevanje ogljika, je ocena koli\u010dine shranjenega ogljika in \u010dasa shranjevanja ob\u010dutljiva pri dolo\u010danju njihove vrednosti v dolarjih. Trgi in prakse, ki delujejo na razli\u010dnih lokacijah, so si prav tako nasprotujo\u010di.<\/p>\n

Nekateri znanstveni prototipi zagotavljajo dolo\u010deno koli\u010dino vezave ogljika za razli\u010dna podnebja in tla glede na povpre\u010dja na \u0161ir\u0161ih obmo\u010djih. Uprava zahteva kompleksne prototipe, ki so potrjeni z meritvami, da se prepre\u010di pripisovanje ogljika, ki ne pristane v tleh ali tam ne ostane dlje \u010dasa.<\/p>\n

Prednostna naloga je tudi vzpostavitev najni\u017ejih standardov, ki napovedujejo in natan\u010dno ocenjujejo zajemanje tal. Ogljik lahko ostane v tleh od prvega dne do tiso\u010d let, zato je \u010dasovni okvir klju\u010dni dejavnik za trge.<\/p>\n

Z na\u0161ega vidika morajo krediti prikazovati obdobje, v katerem ogljik ostane v tleh, popolne izravnave pa so ustvarjene le za dolgotrajno shranjevanje.<\/p>\n

Obnova tal, bogatih z ogljikom, je prednost za kmete, saj uravnava zdravje tal in pove\u010duje pridelek. Vendar pa bi lahko uprava ponudila sredstva velikim gospodarstvom, ki imajo ve\u010djo zmogljivost vezave ogljika na svojih velikih povr\u0161inah.<\/p>\n

Geopard je preprosto orodje, ki se uporablja za na\u010drtovanje trajnostnih praks. Poleg tega Geopard uporablja tudi umetno inteligenco, kmetijske podatke in podatke daljinskega zaznavanja za dolo\u010danje obdelave tal, pokrovnih posevkov, rasti polj\u0161\u010din in ocenjevanje pridelka. Nenazadnje lahko pomaga tudi pri analizi ogljika.<\/p>","protected":false},"excerpt":{"rendered":"

Eden glavnih dejavnikov, ki vplivajo na podnebne spremembe, je gospodarjenje z zemlji\u0161\u010di. \u0160tevilne kmetijske prakse, kot so polaganje plo\u0161\u010dic na zemlji\u0161\u010de, uporaba pesticidov in herbicidov,\u2026<\/p>","protected":false},"author":210157960,"featured_media":3803,"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":[1614],"class_list":["post-3801","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-whats","tag-carbon-cycle"],"acf":[],"yoast_head":"\nCarbon 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