/home/libverse/sec.libverse.web.id/lib/SearchEngine/DefaultEngine.php:697 "Search Engine Debug 🔎 🪲"
Engine Type ⚙️: "SLiMS\SearchEngine\DefaultEngine"
SQL ⚙️: array:2 [ "count" => "select count(distinct b.biblio_id) from biblio as b left join mst_publisher as mp on b.publisher_id=mp.publisher_id left join mst_place as mpl on b.publish_place_id=mpl.place_id left join mst_gmd as mg on b.gmd_id=mg.gmd_id left join biblio_author AS ba ON ba.biblio_id=b.biblio_id left join mst_author AS ma ON ba.author_id=ma.author_id left join biblio_topic AS bt ON bt.biblio_id=b.biblio_id left join mst_topic AS mt ON bt.topic_id=mt.topic_id where b.opac_hide=0 and (b.biblio_id in(select bt.biblio_id from biblio_topic as bt left join mst_topic as mt on bt.topic_id=mt.topic_id where mt.topic like ?))" "query" => "select b.biblio_id, b.title, b.image, b.isbn_issn, b.publish_year, b.edition, b.collation, b.series_title, b.call_number, mp.publisher_name as `publisher`, mpl.place_name as `publish_place`, b.labels, b.input_date, mg.gmd_name as `gmd`, GROUP_CONCAT(DISTINCT ma.author_name SEPARATOR ' - ') AS author, GROUP_CONCAT(DISTINCT mt.topic SEPARATOR ', ') AS topic, b.edition, b.collation, b.series_title, b.call_number from biblio as b left join mst_publisher as mp on b.publisher_id=mp.publisher_id left join mst_place as mpl on b.publish_place_id=mpl.place_id left join mst_gmd as mg on b.gmd_id=mg.gmd_id left join biblio_author AS ba ON ba.biblio_id=b.biblio_id left join mst_author AS ma ON ba.author_id=ma.author_id left join biblio_topic AS bt ON bt.biblio_id=b.biblio_id left join mst_topic AS mt ON bt.topic_id=mt.topic_id where b.opac_hide=0 and (b.biblio_id in(select bt.biblio_id from biblio_topic as bt left join mst_topic as mt on bt.topic_id=mt.topic_id where mt.topic like ?)) group by b.biblio_id order by b.last_update desc limit 10 offset 0" ]
Bind Value ⚒️: array:1 [ 0 => "%Pengelolaan%" ]
BAB I Pendahuluan. BAB II Pengelolaan Sumber Daya Alam. BAB III Sinkronisasi Horizontal 12 Undang-Undang Terkait Sumber Daya Alam.
1 PENDAHULUAN 2 WILAYAH SUNGAI DAN ALUR SUNGAI 3 MORFOLOGI SUNGAI 4 KONSEP EKO-HIDRAULIK SUNGAI 5 ??? HIDRAULIKA SUNGAI 6 EKO-ENGINEERING DALAM EKO-HIDRAULIK 7 KONSERVASI DAN PEMELIHARAAN SUNGAI KOMPREHENSIF 8 KUMPULAN ARTIKEL TENTANG EKO-HIDRAULIK DI HARIAN KOMPAS
BAB 1. SUNGAI SEBAGAI SUATU SISTEM KOMPLEKS DAN TERATUR BAB 2. SEJARAH PEMBANGUNAN SUNGAI BAB 3. PEMBANGUNAN SUNGAI BAB 4. DAMPAK PEMBANGUNAN SUNGAI BAB 5. RESTORASI SUNGAI BAB 6. KONSEP PEMBANGUNAN SUNGAI BERWAWASAN EKOLOGI HIDRAULIK (EKO-HIDRAULIK) SEBAGAI SOLUSI
DAFTAR ISI Bab 1 Pendahuluan Bab 2 Konsep Dasar Pengelolaan DAS Bab 3 Sejarah dan Perkembangan Pengelolaan DAS Bab 4 Karakteristik DAS Bab 5 Siklus Air dan Pengelolaan DAS Bab 6 Sifat Fisik dan Pengelolaan DAS Bab 7 Sifat Non Fisik dan Pengelolaan DAS Bab 8 Masalah dan Tantangan Pengelolaan DAS Bab 9 Kebijakan dan Regulasi Pengelolaan DAS Bab 10 Tek…
BAB 1 GIS (Geographic Information System): Dari Analog Ke Digital BAB 2 Perangkat Pemetaan Dan Data Spasial BAB 3 Input Data BAB 4 Analisis Permukaan BAB 5 Operasi Dan Analisis Spasial BAB 6 Implementasi Pemodelan Spasial BAB 7 Layout Peta
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