Tanaman penutup tanah

Tanaman penutup tanah adalah tumbuhan atau tanaman yang khusus ditanam untuk melindungi tanah dari ancaman kerusakan oleh erosi dan / atau untuk memperbaiki sifat kimia dan sifat fisik tanah.^{[butuh rujukan]}

Tanaman penutup tanah berperan: (1) menahan atau mengurangi daya perusak butir-butir hujan yang jatuh dan aliran air di atas permukaan tanah, (2) menambah bahan organik tanah melalui batang, ranting dan daun mati yang jatuh, dan (3) melakukan transpirasi, yang mengurangi kandungan air tanah. Peranan tanaman penutup tanah tersebut menyebabkan berkurangnya kekuatan dispersi air hujan, mengurangi jumlah serta kecepatan aliran permukaan dan memperbesar infiltrasi air ke dalam tanah, sehingga mengurangi erosi.^{[butuh rujukan]}

Tumbuhan atau tanaman yang sesuai untuk digunakan sebagai penutup tanah dan digunakan dalam sistem pergiliran tanaman harus memenuhi syarat-syarat (Osche et al, 1961): (a) mudah diperbanyak, sebaiknya dengan biji, (b) mempunyai sistem perakaran yang tidak menimbulkan kompetisi berat bagi tanaman pokok, tetapi mempunyai sifat pengikat tanah yang baik dan tidak mensyaratkan tingkat kesuburan tanah yang tinggi, (c) tumbuh cepat dan banyak menghasilkan daun, (d) toleransi terhadap pemangkasan, (e) resisten terhadap gulma, penyakit dan kekeringan, (f) mampu menekan pertumbuhan gulma, (g) mudah diberantas jika tanah akan digunakan untuk penanaman tanaman semusim atau tanaman pokok lainnya, (h) sesuai dengan kegunaan untuk reklamasi tanah, dan (i) tidak mempunyai sifat-sifat yang tidak menyenangkan seperti duri dan sulur-sulur yang membelit.^{[butuh rujukan]}

Tanaman penutup tanah rendah

Tanaman penutup tanah rendah terdiri dari jenis rumput-rumputan dan tumbuhan merambat atau menjalar:^{[butuh rujukan]}

Dipakai dalam pola pertanaman rapat: Calopogonium mucunoides Desv, Centrosema pubescens Benth, Mimosa invisa Mart, Peuraria phaseoloides Benth, Psophocarpus palustris, Calopogonium cearuleum, Crotalaria mucronata, Mucuna bracteata.^[1]
Digunakan dalam pola pertanaman barisan: Eupatorium triplinerve Vahl (daun panahan, godong, prasman, jukut prasman), Salvia occidentalis Schwartz (langon, lagetan, randa nunut), Ageratum mexicanum Sims.
Digunakan untuk penguat teras dan saluran-saluran air: Althenanthera amoena Voss (bayem kremah, kremek), Indigofera endecaphylla jacq (dedekan), Ageratum conyzoides L (babandotan), Erechtites valerianifolia Rasim (sintrong), Borreria latifolia Schum (bulu lutung, gempurwatu), Oxalis corymbosa DC, Brachiaria decumbens, Andropogon zizanoides (akar wangi), Panicum maximum (rumput benggala), Panicum ditachyum (balaban, paitan), Paspalum dilatum (rumput Australia), Pennisetum purpureum (rumput gajah) .

Tanaman Penutup Tanah sedang (perdu)

Dipakai dalam pola pertanaman teratur di antara baris tanaman pokok: Clibadium surinamense var asperum baker, Eupatorium pallessens DC (Ki Dayang, Kirinyuh)^{[butuh rujukan]}
Digunakan dalam pola pertanaman pagar: Lantana camara L (tahi ayam, gajahan, seruni), Crotalaria anagyroides HBK, Tephrosia candida DC, Tepherosia vogelii, Desmodium gyroides DC (kakatua, jalakan). Acacia villosa Wild (lamtoro merah), Sesbania grandiflora PERS (turi), Calliandra calothyrsus Meissn (kaliandra merah), Gliricidia maculata (johar cina, gamal), Flemingia congesta Roxb, Crotalaria striata DC., Clorataria juncea, L. Crotalaria laurifolia Poir (urek-urekan, kacang cepel), Cajanus cajan Nillst (kacang hiris, kacang sarde) dan Indigofera arrecta Hooscht.^{[butuh rujukan]}
Penggunaan di luar areal pertanaman utama dan merupakan sumber pupuk hijau dan mulsa, untuk penghutanan dan perlindungan dinding jurang: Leucaena glauca (L) Benth (pete cina, lamtoro, kemelandingan), Tithonia tagetiflora Desp, Graphtophyllum pictum Gries (daun ungu, handeuleum), Cordyline fruticosa Backer, Eupatorium riparium REG.^{[butuh rujukan]}

Tanaman penutup tanah tinggi atau tanaman pelindung

Digunakan dalam pola teratur di antara baris tanaman utama: Albizia falcata (sengon laut, jeunjing), Grevillea robusta A Cum, Pithecellobium saman benth (pohon hujan), Erythrina sp (dadap), Gliricidia sepium^{[butuh rujukan]}
Dipakai dalam barisan: Leucaena glauca atau Leucaena leucocephala^{[butuh rujukan]}
Penggunaan untuk melindungi jurang, tebing atau untuk penghutanan kembali: Albizia falcata dan Leucaena glauca, Albizia procera Benth, Acacia melanoxylon, Acacia mangium, Eucalyptus saligna, Cinchona succirubra, Gigantolochloa apus (bambu apus), Dendrocalamus asper, Bambusa bambos.^{[butuh rujukan]}

Tumbuh-tumbuhan bawah (undergrowth) alami pada perkebunan

Banyak usaha telah dilakukan pada beberapa perkebunan, terutama perkebunan karet, dalam memanfaatkan tumbuh-tumbuhan bawah alami untuk melindungi tanah. Tumbuhan yang tidak disukai^{[butuh rujukan]}

Tanaman penutup tanah diperlukan oleh beberapa perkebunan terutama pada perkebunan Kelapa Sawit. Pada awal pembukaan lahan makan dilakukan penanaman pokok kelapa sawit dan saat ini lah peran dari tanaman penutup tanah Diarsipkan 2017-10-08 di Wayback Machine. sangat diperlukan untuk melindungi tanaman baru dari serangan tumbuhan liar yang tidak diinginkan.^{[butuh rujukan]}

Banyak tumbuhan yang termasuk dalam tumbuhan pengganggu atau tidak disukai yang dapat berfungsi sebagai penutup tanah atau pelindung tanah terhadap ancaman erosi. Tumbuh-tumbuhan itu tidak disukai karena sifat-sifatnya yang merugikan tanaman pokok dan sulit diberantas atau dibersihkan dari lahan usaha pertanian: Imperata cylindrica, Panicum repens (lampuyangan), Leersia hexandra (kalamento), Saccharum spontaneum (gelagah), Anastrophus compressus dan Paspalum compressum (tumput pahit).^{[butuh rujukan]}

Referensi

^ Wahyuni, Mardiana (2020, 30-06). "Pengaruh Kompos Mucuna bracteata Dan Azotobacter Terhadap Pertumbuhan Dan Kadar Nitrogen Bibit Kelapa Sawit". Jurnal Agrotekma. 4 (2): 119–127. doi:10.31289/agr.v4i2.3735.

SARE National. Topic: Cover Crops. [1]
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[8] "Cover Crops," Cyclopedia of American Agriculture, v. 2, ed. by L. H. Bailey (1911). A short encyclopedia article, early primary source on varieties and uses of cover crops.

[1] Wahyuni, Mardiana (2020, 30-06). "Pengaruh Kompos Mucuna bracteata Dan Azotobacter Terhadap Pertumbuhan Dan Kadar Nitrogen Bibit Kelapa Sawit". Jurnal Agrotekma. 4 (2): 119–127. doi:10.31289/agr.v4i2.3735.

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