?url_ver=Z39.88-2004&rft_val_fmt=info%3Aofi%2Ffmt%3Akev%3Amtx%3Adc&rft.title=POTENSI+JAMUR+Purpureocillium+lilacinum+SEBAGAI+ENDOFIT%0D%0APENGENDALI+NEMATODA+PURU+AKAR+PADA+TANAMAN%0D%0ATOMAT+(Solanum+lycopersicum+L.)&rft.creator=DIMAS+BAGUS+%2C+PAMUNGKAS&rft.subject=630+Pertanian+dan+teknologi+yang+berkaitan&rft.description=Penelitian+ini+bertujuan+untuk+mempelajari+keefektifan+jamur+P.+lillacinum%0D%0Asebagai+pengendali+nematoda+puru+akar+dan+potensinya+sebagai+jamur+endofit%0D%0Apada+tanaman+tomat.+Penelitian+ini+dilaksanakan+pada+bulan+Agustus+2023+%E2%80%93%0D%0AFebruari+2024+di+Laboratorium+Bioteknologi%2C+Laboratorium+Ilmu+Hama%0D%0ATumbuhan+Fakultas+Pertanian+Universitas+Lampung%2C+dan+di+rumah+kaca+atau%0D%0Agreen+house+Laboratorium+Lapang+Terpadu+Fakultas+Pertanian+Universitas%0D%0ALampung.+Percobaan+menggunakan+Rancangan+Acak+Lengkap+(RAL)+yang+terdiri%0D%0Adari+5+perlakuan+dan+5+ulangan.+Perlakuan+yang+dicobakan+yaitu+tainin+dosis%0D%0Abiakan+jamur+P.+lilacinum+pada+beras+yaitu%2C+5+g%2C+10+g%2C+20+g%2C+40+g+dan+0+g+sebagai%0D%0Atainin+per+polybag+berisi+2%2C5+kg+media+tanam.+Jamur+diaplikasikan+dengan+cara%0D%0Aditaburkan+pada+media+tanam+dan+perendaman+akar+dalam+taining+konidia+jamur%0D%0AP.+lilacinum+sebelum+ditransplanting.+Infestasi+nematoda+puru+akar+pertama%0D%0Adilakukan+tujuh+hari+setelah+transplanting%2C+tanaman+tomat+di+infestasi+dengan%0D%0A2000+telur+nematoda+Meloidogyne+spp.%2C+infestasi+kedua+dilakukan+14+hari+setelah%0D%0Aaplikasi+pertama+dengan+2000+telur+nematoda+tiap+tanaman.+Setelah+berumur+70%0D%0Ahari+setelah+tanam+(HST)+tanaman+tomat+dibongkar+dan+diambil+akarnya+untuk+di%0D%0Aamati+kerusakan+dan+adanya+jamur+yang+mengkolonisasi+akar.+Akar+diwarnai%0D%0Adengan+tryphan+blue%2C+untuk+mengamati+koloni+jamur+P.+Lilacinum+dalam+jaringan%0D%0Aakar+sebagai+endofit.+Variabel+pengamatan+meliputi+tingkat+kerusakan+akar+(skor%0D%0Apuru+akar+0-10)%2C+koloni+jamur+dalam+akar%2C+populasi+nematoda+dalam+tanah+dan%0D%0Adalam+akar.+Data+hasil+pengamatan+dianalisis+ragam+dan+dilanjutkan+dengan+uji%0D%0ABeda+Nyata+Terkecil+(BNT)+pada+taraf+5%25.+Hasil+penelitian+menunjukkan%0D%0Aperbedaan+dosis+jamur+P.+Lilacinum+mempengaruhi+populasi+Meliodogyne+sp.%0D%0ASerta+pada+dosis+40+g+per+tanaman+efektif+mengendalikan+NPA.+Jamur+P.%0D%0ALilacinum+terbukti+bersifat+endofit+dalam+perakaran+tanaman+tomat+dan+terdapat%0D%0Aperbedaan+tingkat+kolonisasi+akar+pada+dosis+jamur+P.+Lilacinum+yang+berbeda.%0D%0AKata+Kunci%3A+kerusakan+akar%2C+koloni+jamur%2C+nematoda+puru+akar%0D%0A%0D%0AThis+research+aims+to+study+the+effectiveness+of+the+fungus+P.+lillacinum+as+a+control%0D%0Aagent+for+root+knot+nematodes+and+its+potential+as+an+endophyte+in+tomato+plants.+This%0D%0Aresearch+was+carried+out+in+August+2023+until+Februaty+2024+in+the+greenhouse+of%0D%0Athe+Integrated+Field+Laboratory%2C+Faculty+of+Agriculture%2C+University+of+Lampung.+The%0D%0Aexperiment+used+a+Completely+Randomized+Design+(CRD)+consisting+of+5+treatments%0D%0Aand+5+replications.+The+treatments+tested+were+the+dosage+levels+of+P.+lilacinum+fungus%0D%0Aculture+on+rice%2C+namely%2C5g%2C+10g%2C+20g%2C+20g%2C+40g+and+0g+per+polybag+containing+2.5+kg+of%0D%0Aplanting+medium.+The+fungus+of+P.+lilacinum+was+applied+by+spreading+it+on+the%0D%0Aplanting+medium+and+soaking+the+roots+in+a+suspension+of+the+fungus+conidia+before%0D%0Atransplanting.+Seven+days+after+transplanting%2C+the+tomato+plants+were+infested+with+2000%0D%0Aroot+knot+nematode+(RKN)+Meloidogyne+sp.+Nematode+eggs.+After+90+days+after%0D%0Aplanting%2C+the+plants+were+harvested+to+observe+nematode+population+in+the+roots%2C%0D%0Anematode+population+in+the+soil%2C+root+damage+and+fungal+colonization+in+the+roots.%0D%0ANematode+(J2)+in+root+was+extracted+by+modified+Baerman+method+from+5g+of+root%2C%0D%0Anematode+(J2)+in+the+soil+wes+taining+by+sieving+and+sentrifugation+with+sugar%0D%0Asolution+from+300+cc+of+soil%2C+root+damage+was+given+root+gall+score+0-10%2C+and+fungal%0D%0Acolonies+in+the+roots+are+expressed+as+a+percentage+after+taining+using+tryphan+blue.%0D%0AData+was+analyzed+for+variance+and+continued+with+the+Least+Significant+Difference+test%0D%0Afor+mean+sparated+at+the+5%25+level+were+applied.+The+results+showed+that+the+P.+lilacinum%0D%0Afungus+of+40+g+per+plant+was+effective+in+reducting+of+root+knot+damage+as+wall+as%0D%0Apopulations+of+RKN+(J2)+in+the+soil+and+roots+and+P.+lilacinum+fungus+was+an+endophyte%0D%0Aon+the+roots+of+tomato+plants.%0D%0AKeywords+%3A+fungal+colonies%2C+root+damage%2C+root+knot+nematodes&rft.publisher=FAKULTAS+PERTANIAN&rft.date=2024-10-23&rft.type=Skripsi&rft.type=NonPeerReviewed&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F80845%2F1%2FABSTRAK.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F80845%2F2%2FSKRIPSI%2520FULL.pdf&rft.format=text&rft.identifier=http%3A%2F%2Fdigilib.unila.ac.id%2F80845%2F3%2FSKRIPSI%2520TANPA%2520BAB%2520PEMBAHASAN.pdf&rft.identifier=++DIMAS+BAGUS+%2C+PAMUNGKAS++(2024)+POTENSI+JAMUR+Purpureocillium+lilacinum+SEBAGAI+ENDOFIT+PENGENDALI+NEMATODA+PURU+AKAR+PADA+TANAMAN+TOMAT+(Solanum+lycopersicum+L.).++FAKULTAS+PERTANIAN%2C+UNIVERSITAS+LAMPUNG.+++++&rft.relation=http%3A%2F%2Fdigilib.unila.ac.id%2F80845%2F