{"id":8009,"date":"2023-08-31T22:34:15","date_gmt":"2023-08-31T20:34:15","guid":{"rendered":"https:\/\/geopard.tech\/?p=8009"},"modified":"2023-08-31T22:34:15","modified_gmt":"2023-08-31T20:34:15","slug":"gis-geoinformatikos-taikymas-zemes-ukyje","status":"publish","type":"post","link":"https:\/\/geopard.tech\/lt\/blog\/applications-of-gis-geoinformatics-in-agriculture\/","title":{"rendered":"(GIS) geoinformatikos taikymas \u017eem\u0117s \u016bkyje"},"content":{"rendered":"

Geoinformatika (GIS) sujungia erdvinius duomenis ir \u017eem\u0117s \u016bkio sprendim\u0173 pri\u0117mim\u0105, leisdama \u016bkininkams optimizuoti i\u0161tekli\u0173 naudojim\u0105 ir suma\u017einti poveik\u012f aplinkai. \u0160is technologijomis pagr\u012fstas po\u017ei\u016bris padeda pritaikyti tiksliosios \u017eemdirbyst\u0117s praktikas konkre\u010dioms lauko s\u0105lygoms, taip padidinant produktyvum\u0105 ir efektyvum\u0105.<\/p>\n

Geoinformatika \u017eem\u0117s \u016bkyje<\/h2>\n

Analizuodami tiksli\u0105 erdvin\u0119 informacij\u0105, toki\u0105 kaip dirvo\u017eemio kintamumas, dr\u0117gm\u0117s kiekis ir kenk\u0117j\u0173 pasiskirstymas, \u016bkininkai gali priimti pagr\u012fstus sprendimus, u\u017etikrindami, kad kiekvienas j\u0173 \u017eem\u0117s plotas b\u016bt\u0173 apdorotas tiksliai taip, kaip jam reikia.<\/p>\n

Naujausi duomenys rodo, kad \u0161i technologija yra pla\u010diai naudojama \u2013 daugiau nei 701 TP3 t \u016bki\u0173 j\u0105 tam tikru mastu naudoja. Geografini\u0173 duomen\u0173 integravimas tampa standartine praktika sprendim\u0173 pri\u0117mimo procesuose \u012fvairiose pramon\u0117s \u0161akose \u2013 nuo smulki\u0173 nat\u016brini\u0173 \u016bki\u0173 iki dideli\u0173 komercini\u0173 operacij\u0173.<\/p>\n

\u016akininkai gali steb\u0117ti savo pas\u0117lius realiuoju laiku, naudodamiesi palydovine fotografija ir ant\u017eeminiais jutikliais. Suma\u017e\u0117jus atliek\u0173 kiekiui ir ma\u017eesniam neigiamam poveikiui aplinkai, jie gali tai panaudoti vandeniui, tr\u0105\u0161oms ir pesticidams paskleisti tiksliai ten ir tada, kai j\u0173 reikia.<\/p>\n

Australijoje vykdomame \u201eCottonMap\u201c projekte vandens naudojimui steb\u0117ti naudojama geoinformatika, tod\u0117l vandens suvartojimas suma\u017e\u0117jo 40% lygiu. Patobulintas i\u0161tekli\u0173 valdymas suma\u017eina poveik\u012f aplinkai, suma\u017eindamas chemini\u0173 med\u017eiag\u0173 nuot\u0117k\u012f ir per didel\u012f laistym\u0105.<\/p>\n

\"geoinformatika<\/p>\n

Padid\u0117j\u0119s produktyvumas padeda u\u017etikrinti pasaulin\u012f apr\u016bpinim\u0105 maistu. Optimizuodami sodinimo modelius naudodami erdvinius duomenis, \u016bkininkai gali pasiekti didesn\u012f derli\u0173 nepl\u0117sdami \u017eem\u0117s \u016bkio paskirties \u017eem\u0117s.<\/p>\n

Kas yra geoinformatika?<\/h2>\n

Geoinformatika, dar \u017einoma kaip geografin\u0117s informacijos mokslas (GIScience), yra daugiadisciplinin\u0117 sritis, apjungianti geografijos, kartografijos, nuotolinio steb\u0117jimo, kompiuteri\u0173 mokslo ir informacini\u0173 technologij\u0173 elementus, siekiant rinkti, analizuoti, interpretuoti ir vizualizuoti geografinius ir erdvinius duomenis.<\/p>\n

Jis skirtas erdvin\u0117s informacijos fiksavimui, saugojimui, valdymui, analizei ir pateikimui skaitmenine forma, taip prisidedant prie geresnio \u017dem\u0117s pavir\u0161iaus ir \u012fvairi\u0173 geografini\u0173 objekt\u0173 ry\u0161i\u0173 supratimo. Tai galingas \u012frankis, kur\u012f galima naudoti \u012fvairiems tikslams, \u012fskaitant:<\/p>\n

1. Tikslioji \u017eemdirbyst\u0117:<\/strong> Jis gali b\u016bti naudojamas duomenims apie \u012fvairius veiksnius, tokius kaip dirvo\u017eemio tipas, pas\u0117li\u0173 derlius ir kenk\u0117j\u0173 u\u017ekr\u0117timas, rinkti. \u0160ie duomenys gali b\u016bti analizuojami siekiant nustatyti kintamumo sritis lauke. Nusta\u010dius \u0161ias sritis, \u016bkininkai gali naudoti GIS, kad parengt\u0173 individualius kiekvienos srities valdymo planus.<\/p>\n

2. Aplinkos monitoringas:<\/strong> Jis gali b\u016bti naudojamas aplinkos poky\u010diams, pavyzd\u017eiui, mi\u0161k\u0173 naikinimui, \u017eem\u0117s naudojimo poky\u010diams ir vandens kokybei, steb\u0117ti. \u0160ie duomenys v\u0117liau gali b\u016bti naudojami aplinkos politikos pa\u017eangai steb\u0117ti ir sritims, kurioms reikalinga tolesn\u0117 apsauga, nustatyti.<\/p>\n

3. Miesto planavimas:<\/strong> Geoinformatika gali b\u016bti naudojama miest\u0173 teritorijoms planuoti ir valdyti. \u0160ie duomenys gali b\u016bti naudojami nustatant pl\u0117tros reikalaujan\u010dias sritis, planuojant transporto tinklus ir valdant infrastrukt\u016br\u0105.<\/p>\n

4. Nelaimi\u0173 valdymas:<\/strong> Jis gali b\u016bti naudojamas valdyti nelaimes, tokias kaip potvyniai, \u017eem\u0117s dreb\u0117jimai ir gaisrai. \u0160ie duomenys gali b\u016bti naudojami nelaim\u0117s eigai steb\u0117ti, nukent\u0117jusioms vietov\u0117ms nustatyti ir pagalbos pastangoms koordinuoti.<\/p>\n

\"Kas<\/p>\n

Geoinformatikos komponentai<\/h2>\n

\u0160ie komponentai veikia kartu, kad suteikt\u0173 \u012f\u017evalg\u0173 apie \u012fvairius \u017dem\u0117s pavir\u0161iaus aspektus ir jo ry\u0161ius. \u0160tai pagrindiniai geoinformatikos komponentai:<\/p>\n

    \n
  • Geografin\u0117s informacin\u0117s sistemos (GIS):<\/strong> GIS apima programin\u0117s ir aparatin\u0117s \u012frangos naudojim\u0105 geografiniams duomenims rinkti, saugoti, manipuliuoti, analizuoti ir vizualizuoti. \u0160ie duomenys yra suskirstyti \u012f sluoksnius, leid\u017eian\u010dius vartotojams kurti \u017eem\u0117lapius, atlikti erdvin\u0119 analiz\u0119 ir priimti pagr\u012fstus sprendimus, pagr\u012fstus erdviniais ry\u0161iais.<\/li>\n
  • Nuotolinis steb\u0117jimas:<\/strong> Nuotolinis steb\u0117jimas apima informacijos apie \u017dem\u0117s pavir\u0161i\u0173 rinkim\u0105 per atstum\u0105, paprastai naudojant palydovus, orlaivius ar dronus. Nuotolinio steb\u0117jimo duomenys, da\u017enai vaizd\u0173 pavidalu, gali suteikti \u012f\u017evalg\u0173 apie \u017eem\u0117s dang\u0105, augmenijos sveikat\u0105, klimato modelius ir kita.<\/li>\n
  • Pasaulin\u0117s pad\u0117ties nustatymo sistemos (GPS)<\/strong>GPS technologija leid\u017eia tiksliai nustatyti pad\u0117t\u012f ir naviguoti per palydov\u0173 tinkl\u0105. GIS sistemoje GPS naudojama tiksliems vietos duomenims rinkti, o tai labai svarbu kartografavimui, navigacijai ir erdvinei analizei.<\/li>\n
  • Erdvin\u0117 analiz\u0117:<\/strong> Tai leid\u017eia taikyti \u012fvairius erdvin\u0117s analiz\u0117s metodus, siekiant suprasti geografini\u0173 duomen\u0173 modelius, ry\u0161ius ir tendencijas. \u0160ie metodai apima artumo analiz\u0119, interpoliacij\u0105, perdengimo analiz\u0119 ir tinklo analiz\u0119.<\/li>\n
  • Kartografija<\/strong>Kartografija apima \u017eem\u0117lapi\u0173 ir geografini\u0173 duomen\u0173 vaizdini\u0173 k\u016brim\u0105. Ji suteikia \u012frankius ir metodus informatyviems ir vizualiai patraukliems \u017eem\u0117lapiams, kurie efektyviai perteikia erdvin\u0119 informacij\u0105, kurti.<\/li>\n
  • Geoduomen\u0173 baz\u0117s<\/strong>Geoduomen\u0173 baz\u0117s yra strukt\u016brizuotos duomen\u0173 baz\u0117s, skirtos geografiniams duomenims saugoti ir valdyti. Jos suteikia erdvini\u0173 duomen\u0173 tvarkymo sistem\u0105, leid\u017eian\u010di\u0105 efektyviai juos saugoti, ie\u0161koti ir analizuoti.<\/li>\n
  • \u017diniatinklio \u017eem\u0117lapi\u0173 ir geoprini\u0173 program\u0173<\/strong>Geoinformatika i\u0161sipl\u0117t\u0117 iki internetini\u0173 \u017eem\u0117lapi\u0173 sudarymo ir program\u0173, leid\u017eian\u010di\u0173 vartotojams pasiekti geografinius duomenis ir su jais s\u0105veikauti per internetines platformas. Tai paskatino \u012fvairi\u0173 vietos nustatymu pagr\u012fst\u0173 paslaug\u0173 ir \u012franki\u0173 k\u016brim\u0105.<\/li>\n
  • Geografinis modeliavimas<\/strong>Geografinis modeliavimas apima skai\u010diavimo modeli\u0173 k\u016brim\u0105, siekiant imituoti realaus pasaulio geografinius procesus. \u0160ie modeliai padeda numatyti rezultatus, imituoti scenarijus ir pad\u0117ti priimti sprendimus \u012fvairiose srityse.<\/li>\n<\/ul>\n

    8 Geoinformatikos taikymas ir panaudojimas \u017eem\u0117s \u016bkyje<\/h2>\n

    \u0160tai keletas pagrindini\u0173 GIS taikymo ir panaudojimo b\u016bd\u0173 \u017eem\u0117s \u016bkyje:<\/p>\n

    1. Tikslusis \u016bkininkavimas<\/h3>\n

    Tikslioji \u017eemdirbyst\u0117 pasitelkia geografini\u0173 informacini\u0173 sistem\u0173 (GIS) gali\u0105, kad \u016bkininkai gaut\u0173 i\u0161sami\u0173 \u012f\u017evalg\u0173 apie savo laukus. \u0160ios \u012f\u017evalgos apima nuo detali\u0173 augmenijos ir produktyvumo \u017eem\u0117lapi\u0173 iki konkre\u010dios informacijos apie pas\u0117lius.<\/p>\n

    \u0160io po\u017ei\u016brio esm\u0117 \u2013 duomenimis pagr\u012fstas sprendim\u0173 pri\u0117mimas, suteikiantis \u016bkininkams galimyb\u0119 optimizuoti savo praktik\u0105, siekiant maksimalaus derliaus ir efektyvumo.<\/p>\n

    \"Geoinformatikos<\/p>\n

    Sukurdama produktyvumo \u017eem\u0117lapius, \u201eGeoPard Crop Monitoring\u201c suteikia esmin\u012f sprendim\u0105 tiksliajai \u017eemdirbystei. \u0160iuose \u017eem\u0117lapiuose naudojama ankstesni\u0173 met\u0173 istorin\u0117 informacija, leid\u017eianti \u016bkininkams nustatyti produktyvumo modelius savo \u016bkiuose. Naudodamiesi \u0161ia informacija, \u016bkininkai gali nustatyti derlingas ir nederlingas vietas.<\/p>\n

    2. Pas\u0117li\u0173 sveikatos steb\u0117sena<\/h3>\n

    Pas\u0117li\u0173 sveikatos steb\u0117senos svarbos negalima pervertinti. Pas\u0117li\u0173 gerov\u0117 tiesiogiai veikia derli\u0173, i\u0161tekli\u0173 valdym\u0105 ir bendr\u0105 \u017eem\u0117s \u016bkio ekosistemos sveikat\u0105.<\/p>\n

    Tradici\u0161kai rankinis pas\u0117li\u0173 patikrinimas dideliuose laukuose buvo sunkus ir daug laiko reikalaujantis. Ta\u010diau atsiradus pa\u017eangioms technologijoms, tokioms kaip GIS ir nuotolinis steb\u0117jimas, \u012fvyko transformacinis pokytis, leid\u017eiantis atlikti tiksl\u0173 steb\u0117jim\u0105 precedento neturin\u010diu mastu.<\/p>\n

    Geoinformatika padeda anksti nustatyti galimas pas\u0117li\u0173 sveikat\u0105 veikian\u010dias problemas. Analizuodami nuotolinio steb\u0117jimo duomenis ir palydovinius vaizdus, \u016bkininkai gali nustatyti stresorius, tokius kaip maistini\u0173 med\u017eiag\u0173 tr\u016bkumas ar lig\u0173 protr\u016bkiai, ir imtis tikslini\u0173 intervencij\u0173.<\/p>\n

    3. Pas\u0117li\u0173 derliaus prognozavimas<\/h3>\n

    Integruodama istorinius duomenis, dirvo\u017eemio sud\u0117t\u012f, oro s\u0105lygas ir kitus kintamuosius, \u016bkininkai gali numatyti pas\u0117li\u0173 derli\u0173 nepaprastai tiksliai. \u0160i informacija suteikia jiems galimyb\u0119 priimti pagr\u012fstus sprendimus d\u0117l sodinimo, i\u0161tekli\u0173 paskirstymo ir rinkodaros strategij\u0173.<\/p>\n

    \"2019<\/p>\n

    Pas\u0117li\u0173 derliaus prognozavimo srityje \u201eGeoPard\u201c tapo pirmaujan\u010dia inovacij\u0173 lydere. \u201eGeoPard\u201c suk\u016br\u0117 patikim\u0105 metod\u0105, kurio tikslumas, vir\u0161ijantis 90%, yra puikus, derinant istorinius ir dabartinius pas\u0117li\u0173 duomenis, gautus i\u0161 palydov\u0173. \u0160is novatori\u0161kas po\u017ei\u016bris \u012frodo, kaip technologijos gali pakeisti \u0161iuolaikin\u012f \u017eem\u0117s \u016bk\u012f.<\/p>\n

    4. Gyvuli\u0173 steb\u0117jimas naudojant geoinformatik\u0105<\/h3>\n

    GPS sekikli\u0173 erdviniai duomenys apie gyvulius suteikia \u012f\u017evalg\u0173 apie gyv\u016bn\u0173 jud\u0117jim\u0105 ir elges\u012f. \u0160ie \u012frankiai suteikia \u016bkininkams galimyb\u0119 tiksliai nustatyti gyvuli\u0173 viet\u0105 \u016bkyje, u\u017etikrinant efektyv\u0173 valdym\u0105 ir prie\u017ei\u016br\u0105.<\/p>\n

    Be vietos nustatymo sekimo, GIS \u017eem\u0117s \u016bkio \u012frankiai suteikia i\u0161sam\u0173 vaizd\u0105 apie gyvuli\u0173 sveikat\u0105, augimo modelius, vaisingumo ciklus ir mitybos poreikius.<\/p>\n

    Prognozuojama, kad pasaulin\u0117 tiksliosios \u017eemdirbyst\u0117s, \u012fskaitant gyvuli\u0173 steb\u0117sen\u0105, rinka ateinan\u010diais metais pasieks didel\u012f \u012fvertinim\u0105. \u0160i tendencija pabr\u0117\u017eia GIS transformacin\u012f potencial\u0105 optimizuojant gyvuli\u0173 valdym\u0105.<\/p>\n

    5. Vabzd\u017ei\u0173 ir kenk\u0117j\u0173 kontrol\u0117<\/h3>\n

    Tradiciniai metodai, tokie kaip rankinis dideli\u0173 lauk\u0173 \u017evalgymas, pasirod\u0117 es\u0105 ir daug laiko reikalaujantys, ir neefektyv\u016bs. Ta\u010diau technologij\u0173, ypa\u010d gilaus mokymosi algoritm\u0173 ir palydovini\u0173 duomen\u0173, konvergencija suk\u0117l\u0117 kenk\u0117j\u0173 aptikimo ir valdymo revoliucij\u0105.<\/p>\n

    Geoinformatika padeda kurti kenk\u0117j\u0173 paplitimo \u017eem\u0117lapius, leid\u017eian\u010dius tiksliai naudoti pesticidus. Nukreipdami pesticidus \u012f konkre\u010dias zonas, \u016bkininkai gali suma\u017einti chemini\u0173 med\u017eiag\u0173 naudojim\u0105, suma\u017einti poveik\u012f aplinkai ir apsaugoti naudingus vabzd\u017eius.<\/p>\n

    \u201eGeoPard\u201c pas\u0117li\u0173 monitoringas yra efektyvus metodas, skirtas aptikti \u012fvairias gr\u0117smes, tokias kaip pikt\u017eoli\u0173 u\u017ekr\u0117timas ir pas\u0117li\u0173 ligos. Potencialiai problemin\u0117s sritys nustatomos tiriant lauke surinktus augmenijos indeksus.<\/p>\n

    Pavyzd\u017eiui, ma\u017ea vegetacijos indekso vert\u0117 tam tikroje vietoje gali b\u016bti galim\u0173 kenk\u0117j\u0173 ar lig\u0173 po\u017eymis. \u0160is supratimas supaprastina proced\u016br\u0105 ir pa\u0161alina poreik\u012f atlikti daug laiko reikalaujant\u012f rankin\u012f dideli\u0173 lauk\u0173 \u017evalgym\u0105.<\/p>\n

    6. Dr\u0117kinimo kontrol\u0117<\/h3>\n

    GIS pagr\u012fsti duomenys suteikia verting\u0173 \u012f\u017evalg\u0173 apie dirvo\u017eemio dr\u0117gm\u0117s lyg\u012f, pad\u0117dami \u016bkininkams priimti pagr\u012fstus sprendimus d\u0117l dr\u0117kinimo planavimo. Tai u\u017etikrina vandens efektyvum\u0105 ir padeda i\u0161vengti perlaistymo ar sausros streso.<\/p>\n

    \"Kintamos<\/p>\n

    GIS technologijos \u017eem\u0117s \u016bkyje suteikia galing\u0105 \u012franki\u0173 rinkin\u012f, skirt\u0105 nustatyti vandens tr\u016bkum\u0105 patirian\u010dius pas\u0117lius. \u016akininkai gali daugiau su\u017einoti apie savo pas\u0117li\u0173 vandens b\u016bkl\u0119 naudodami tokius indeksus kaip normalizuotas vandens skirtumo indeksas (NDWI) arba normalizuotas dr\u0117gm\u0117s skirtumo indeksas (NDMI).<\/p>\n

    Numatytasis \u201eGeoPard\u201c pas\u0117li\u0173 steb\u0117jimo komponentas, NDMI indeksas, si\u016blo skal\u0119 nuo -1 iki 1. Vandens tr\u016bkum\u0105 rodo neigiamos vert\u0117s apie -1, ta\u010diau u\u017emirkim\u0105 gali rodyti teigiamos vert\u0117s, artimos 1.<\/p>\n

    7. Potvyni\u0173, erozijos ir sausros kontrol\u0117<\/h3>\n

    Potvyniai, erozija ir sausros yra did\u017eiuliai prie\u0161ininkai, galintys padaryti didel\u0119 \u017eal\u0105 \u017eem\u0117s \u016bkio kra\u0161tovaizd\u017eiams. \u0160ie i\u0161\u0161\u016bkiai ne tik sunaikina fizi\u0161kai, bet ir sutrikdo vandens prieinamum\u0105, dirvo\u017eemio sveikat\u0105 ir bendr\u0105 pas\u0117li\u0173 produktyvum\u0105. Veiksmingas \u0161i\u0173 gr\u0117smi\u0173 valdymas yra labai svarbus siekiant u\u017etikrinti apr\u016bpinim\u0105 maistu, i\u0161saugoti gamtos i\u0161teklius ir skatinti tvari\u0105 \u016bkininkavimo praktik\u0105.<\/p>\n

    Geoinformatika padeda \u012fvertinti kra\u0161tovaizd\u017eio pa\u017eeid\u017eiamum\u0105 potvyni\u0173, erozijos ir sausros at\u017evilgiu. Analizuodami topografinius duomenis, krituli\u0173 modelius ir dirvo\u017eemio savybes, \u016bkininkai gali \u012fgyvendinti strategijas \u0161iai rizikai su\u0161velninti.<\/p>\n

    8. GIS \u016bkininkavimo automatizavime<\/h3>\n

    Geografin\u0117s informacin\u0117s sistemos (GIS) per\u017eeng\u0117 savo tradicin\u012f \u017eem\u0117lapi\u0173 sudarymo \u012franki\u0173 vaidmen\u012f ir tapo svarbiomis automatizuotos technikos valdymo priemon\u0117mis. \u0160i technologija suteikia erdvinius duomenis ir tikslias navigacijos sistemas \u012fvairiai \u017eem\u0117s \u016bkio technikai, pavyzd\u017eiui, traktoriams ir dronams.<\/p>\n

    D\u0117l to u\u017eduotys \u2013 nuo sodinimo iki pur\u0161kimo ir derliaus nu\u0117mimo \u2013 gali b\u016bti atliekamos bepreceden\u010diu tikslumu ir minimaliu \u017emogaus \u012fsiki\u0161imu.<\/p>\n

    \"GIS<\/p>\n

    \u012esivaizduokite scenarij\u0173, kai traktoriui pavesta s\u0117ti pas\u0117lius did\u017eiuliame lauke. \u012erengtas GPS sistema ir GIS technologija, traktorius naudoja erdvinius duomenis, kad gal\u0117t\u0173 va\u017eiuoti i\u0161 anksto nustatytais mar\u0161rutais, u\u017etikrindamas nuosekl\u0173 s\u0117kl\u0173 \u012fterpim\u0105 ir optimal\u0173 atstum\u0105. Toks tikslumas ne tik padidina pas\u0117li\u0173 derli\u0173, bet ir suma\u017eina i\u0161tekli\u0173 \u0161vaistym\u0105.<\/p>\n

    Geoinformatikos vaidmuo tiksliojoje \u017eemdirbyst\u0117je<\/h2>\n

    Jis atlieka itin svarb\u0173 vaidmen\u012f tiksliojoje \u017eemdirbyst\u0117je, suteikdamas \u016bkininkams duomenis ir priemones, reikalingas priimti pagr\u012fstus sprendimus d\u0117l pas\u0117li\u0173 valdymo. Jis gali b\u016bti naudojamas duomenims apie \u012fvairius veiksnius, tokius kaip dirvo\u017eemio tipas, pas\u0117li\u0173 derlius ir kenk\u0117j\u0173 u\u017ekr\u0117timas, rinkti.<\/p>\n

    \u0160ie duomenys gali b\u016bti analizuojami siekiant nustatyti kintamumo sritis lauke. Nusta\u010dius \u0161ias sritis, \u016bkininkai gali naudoti GIS, kad parengt\u0173 individualius kiekvienos srities valdymo planus.<\/p>\n

    Geoinformatikos naudojimas tiksliojoje \u017eemdirbyst\u0117je spar\u010diai auga visame pasaulyje. Pavyzd\u017eiui, Jungtin\u0117se Valstijose tiksliosios \u017eemdirbyst\u0117s naudojimas per pastaruosius penkerius metus i\u0161augo daugiau nei 50%. O Kinijoje tiksliosios \u017eemdirbyst\u0117s naudojimas ateinan\u010diais metais tur\u0117t\u0173 i\u0161augti daugiau nei 20% per metus.<\/p>\n

    Tyrimai parod\u0117, kad tikslus \u012fvesties duomen\u0173 taikymas naudojant geoinformatikos metodus gali padidinti derli\u0173 iki 15%, o \u012fvesties s\u0105naudas suma\u017einti 10\u201330%.<\/p>\n

    Be to, 2020 m. \u017eurnale \u201eNature\u201c paskelbtame tyrime nustatyta, kad GIS naudojimas vandens dr\u0117kinimui kvie\u010di\u0173 lauke padidino pas\u0117li\u0173 derli\u0173 20%. Kitame tyrime, paskelbtame 2021 m. \u017eurnale \u201eScience\u201c, nustatyta, kad GIS naudojimas tikslesniam tr\u0105\u0161\u0173 naudojimui kukur\u016bz\u0173 lauke padidino pas\u0117li\u0173 derli\u0173 15%.<\/p>\n

    Jis taip pat gali b\u016bti naudojamas derliaus \u017eem\u0117lapiams sudaryti. \u0160ie \u017eem\u0117lapiai gali b\u016bti naudojami ma\u017eo derliaus vietov\u0117ms nustatyti, o v\u0117liau jas i\u0161tirti, siekiant nustatyti problemos prie\u017east\u012f. Nusta\u010dius problemos prie\u017east\u012f, \u016bkininkai gali imtis taisom\u0173j\u0173 veiksm\u0173, kad padidint\u0173 derli\u0173 tose vietov\u0117se.<\/p>\n

    \"Geoinformatikos<\/p>\n

    Pavyzd\u017eiui, \u016bkininkai gali naudoti dirvo\u017eemio tipo ir derlingumo \u017eem\u0117lapius. \u0160ie \u017eem\u0117lapiai v\u0117liau gali b\u016bti naudojami tiksliau paskirstyti tr\u0105\u0161as, o tai gali pad\u0117ti padidinti pas\u0117li\u0173 derli\u0173 ir suma\u017einti nereikaling\u0173 tr\u0105\u0161\u0173 kiek\u012f.<\/p>\n

    Be duomen\u0173 rinkimo ir analiz\u0117s, jis taip pat gali b\u016bti naudojamas erdviniams duomenims vizualizuoti. Tai gali b\u016bti naudinga \u016bkininkams, norintiems matyti, kaip lauke pasiskirsto skirtingi veiksniai, pavyzd\u017eiui, dirvo\u017eemio tipas ir pas\u0117li\u0173 derlius. Vizualizacijos \u012frankiai taip pat gali b\u016bti naudojami siekiant pad\u0117ti \u016bkininkams perduoti savo i\u0161vadas kitiems, pavyzd\u017eiui, pas\u0117li\u0173 konsultantams ar vyriausyb\u0117s pareig\u016bnams.<\/p>\n

    Geoinformatikos pritaikymo tiksliojoje \u017eemdirbyst\u0117je galimyb\u0117s realiame pasaulyje yra gausios. Pavyzd\u017eiui, kintamo kiekio technologija (VRT) naudoja erdvinius duomenis, kad lauke b\u016bt\u0173 tiekiamas \u012fvairus kiekis med\u017eiag\u0173, toki\u0173 kaip vanduo, tr\u0105\u0161os ir pesticidai.<\/p>\n

    Toks metodas u\u017etikrina, kad pas\u0117liai gaut\u0173 tiksliai tiek maistini\u0173 med\u017eiag\u0173, kiek jiems reikia, optimizuojant augim\u0105 ir derli\u0173. Kitais atvejais palydoviniai vaizdai ir dronai suteikia verting\u0173 \u012f\u017evalg\u0173 apie pas\u0117li\u0173 sveikat\u0105 ir lig\u0173 aptikim\u0105, o tai leid\u017eia greitai \u012fsiki\u0161ti.<\/p>\n

    \u201eGeoPard\u201c pas\u0117li\u0173 steb\u0117jimas kaip \u017eem\u0117s \u016bkio GIS programin\u0117s \u012frangos pavyzdys<\/h2>\n

    Labai svarbu nepamir\u0161ti, kad \u017eem\u0117s \u016bkyje naudojama GIS programin\u0117 \u012franga gali skirtis priklausomai nuo jos paskirties. Kai kurie \u012frankiai rodo dirvo\u017eemio dr\u0117gm\u0117s lyg\u012f, kad pad\u0117t\u0173 pasirinkti sodinukus, o kiti rodo pas\u0117li\u0173 veisles, derli\u0173 ir pasiskirstym\u0105.<\/p>\n

    Netgi lyginant medienos ruo\u0161os ir mi\u0161kininkyst\u0117s ekonominius aspektus, galima naudoti \u012fvairias programas. Tod\u0117l kiekvienas \u016bkininkas ar \u017eem\u0117s \u016bkio vadybininkas turi atrasti ideal\u0173 GIS sprendim\u0105, kuris suteikt\u0173 jam reikiamos informacijos, kad gal\u0117t\u0173 priimti i\u0161mintingus sprendimus d\u0117l savo \u017eem\u0117s.<\/p>\n

    Kalbant apie lauko duomenis, \u201eGeoPard\u201c pas\u0117li\u0173 steb\u0117jimo platforma turi daug privalum\u0173. Ji teikia augmenijos ir dirvo\u017eemio dr\u0117gm\u0117s dinamikos santraukas, istorinius augmenijos ir or\u0173 duomenis bei tikslias 14 dien\u0173 or\u0173 prognozes.<\/p>\n

    \"\u201eGeoPard\u201c<\/p>\n

    \u0160i platforma suteikia tokias galimybes kaip \u017evalgyba, skirta organizuoti veikl\u0105 ir keistis informacija realiuoju laiku, taip pat lauko veiklos \u017eurnal\u0105, skirt\u0105 operacij\u0173 planavimui ir steb\u0117jimui, tod\u0117l ji si\u016blo daugiau nei vien GIS pagr\u012fstus duomenis.<\/p>\n

    \u012e \u201eGeoPard\u201c pas\u0117li\u0173 steb\u0117jimo sistem\u0105 taip pat \u012ftraukiami duomenys i\u0161 papildom\u0173 \u0161altini\u0173. Pavyzd\u017eiui, duomen\u0173 tvarkykl\u0117s \u012frankis \u012f platform\u0105 integruoja ma\u0161inos duomenis. Jis palaiko populiarius fail\u0173 formatus, tokius kaip SHP ir ISO-XML.<\/p>\n

    Galite matuoti pas\u0117li\u0173 derli\u0173 naudodami lauko technikos duomenis, palyginti juos su tr\u0119\u0161imo \u017eem\u0117lapiais, i\u0161nagrin\u0117ti tr\u0119\u0161imo taktik\u0105 ir kurti planus derliui didinti. Organizacijos, su kuriomis bendradarbiauja \u017eem\u0117s \u016bkio \u012fmon\u0117s, ir pa\u010dios jos gauna didel\u0119 naud\u0105 i\u0161 \u0161ios universalios platformos.<\/p>\n

    Tiksliosios \u017eemdirbyst\u0117s ir geoinformatikos i\u0161\u0161\u016bkiai<\/h2>\n

    Tiksliosios \u017eemdirbyst\u0117s ir geoinformatikos integracija sukelia daugyb\u0119 politini\u0173 pasekmi\u0173 ir reguliavimo aspekt\u0173. Vyriausyb\u0117s visame pasaulyje stengiasi kurti sistemas, kurios skatint\u0173 inovacijas, kartu apsaugodamos duomen\u0173 privatum\u0105, \u017eem\u0117s naudojim\u0105 ir aplinkos tvarum\u0105.<\/p>\n

    Pavyzd\u017eiui, reglamentai gali reglamentuoti erdvini\u0173 duomen\u0173 rinkim\u0105 ir dalijim\u0105si jais, intelektin\u0117s nuosavyb\u0117s teises, susijusias su tiksliojo \u016bkininkavimo technologijomis, ir eti\u0161k\u0105 dirbtinio intelekto naudojim\u0105 \u017eem\u0117s \u016bkyje.<\/p>\n

    Europos S\u0105jungoje bendra \u017eem\u0117s \u016bkio politika (B\u017d\u016aP) pripa\u017e\u012fsta skaitmenini\u0173 technologij\u0173, \u012fskaitant geoinformatik\u0105, vaidmen\u012f didinant \u017eem\u0117s \u016bkio produktyvum\u0105.<\/p>\n

    Teikiamos finansin\u0117s paskatos, siekiant paskatinti \u016bkininkus taikyti tiksliojo \u016bkininkavimo praktikas, kurios atitinka aplinkosaugos ir tvarumo tikslus. \u0160is pavyzdys iliustruoja, kaip politika gali skatinti technologij\u0173 diegim\u0105 kolektyvinei naudai.<\/p>\n

    Vis d\u0117lto geoinformatikos technologij\u0173 diegimas \u017eem\u0117s \u016bkyje teikia didel\u0119 naud\u0105, ta\u010diau kartu ir i\u0161\u0161\u016bki\u0173, ypa\u010d \u012fvairaus masto \u016bkininkams. Smulk\u016bs \u016bkininkai da\u017enai susiduria su finansiniais apribojimais, nes jiems tr\u016bksta i\u0161tekli\u0173 technologijoms \u012fsigyti ir mokymams.<\/p>\n

    Didesn\u0117ms \u012fmon\u0117ms d\u0117l j\u0173 veiklos masto kyla duomen\u0173 valdymo sud\u0117tingumas. Technini\u0173 \u017eini\u0173 spragos yra da\u017enos, nes tiek ma\u017eiems, tiek dideliems \u016bkininkams reikia mokym\u0173, kaip efektyviai naudoti geoinformatikos \u012frankius.<\/p>\n

    Ribota infrastrukt\u016bra ir ry\u0161ys apsunkina prieig\u0105, ypa\u010d atokiose vietov\u0117se. Kyla pritaikymo sunkum\u0173, nes sprendimai gali netikti ma\u017eiems \u016bkiams arba neintegruotis \u012f didesnius objektus.<\/p>\n

    Kult\u016brinis pasiprie\u0161inimas poky\u010diams ir susir\u016bpinimas d\u0117l duomen\u0173 privatumo daro \u012ftak\u0105 diegimui visame pasaulyje. Vyriausyb\u0117s politika, investicij\u0173 gr\u0105\u017eos neapibr\u0117\u017etumas ir s\u0105veikumo problemos dar labiau stabdo pa\u017eang\u0105.<\/p>\n

    Norint i\u0161spr\u0119sti \u0161iuos i\u0161\u0161\u016bkius, reik\u0117s individualiai pritaikyt\u0173 strategij\u0173, siekiant u\u017etikrinti, kad geoinformatika b\u016bt\u0173 naudinga visiems \u016bkininkams, nepriklausomai nuo j\u0173 masto.<\/p>\n

    I\u0161vada<\/h2>\n

    Sklandus geoinformatikos integravimas \u012f \u0161iuolaikin\u012f \u017eem\u0117s \u016bk\u012f turi transformacin\u012f potencial\u0105. Pasitelkdami erdvini\u0173 duomen\u0173 gali\u0105, \u016bkininkai ir \u017eem\u0117s \u016bkio suinteresuotosios \u0161alys gali priimti pagr\u012fstus sprendimus, optimizuoti i\u0161tekli\u0173 naudojim\u0105 ir skatinti tvari\u0105 praktik\u0105. Nesvarbu, ar tai b\u016bt\u0173 pas\u0117li\u0173 derliaus prognozavimas, vandens i\u0161tekli\u0173 valdymas, ar tiksliojo \u016bkininkavimo gerinimas, GIS tampa kelrod\u017eiu, formuojan\u010diu efektyvesn\u0119, atsparesn\u0119 ir produktyvesn\u0119 \u017eem\u0117s \u016bkio pasaulio ateit\u012f.<\/p>","protected":false},"excerpt":{"rendered":"

    Geoinformatika (GIS) sujungia erdvinius duomenis ir \u017eem\u0117s \u016bkio sprendim\u0173 pri\u0117mim\u0105, leisdama \u016bkininkams optimizuoti i\u0161tekli\u0173 naudojim\u0105 ir suma\u017einti poveik\u012f aplinkai. \u0160is technologijomis pagr\u012fstas po\u017ei\u016bris padeda\u2026<\/p>","protected":false},"author":210157960,"featured_media":8032,"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":[1657,1661,1377,1378],"tags":[1598],"class_list":["post-8009","post","type-post","status-publish","format-standard","has-post-thumbnail","hentry","category-precision-farming","category-satellite-imagery","category-crop-monitoring","category-remote-sensing","tag-precision-agriculture"],"acf":[],"yoast_head":"\nApplications 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