01867     2200229   4500001002100000005001500021035002000036007000300056008004100059020002200100082001400122084002000136100001800156245019500174260003400369300003000403650002700433700002000460520114200480250000901622990000601631INLIS00000000000260420230828111724  a0010-1021000007ta230828                g          | eng    a978-979-21-7020-7  a633.526.2  a633.526.2 SAN s0 aSANTOSO, budi1 aSISAL (Agave sisalana) :bDevelopment Using Maize (Zea Mays) And  Peanuts (Arachis Hypogea) Intercropping System  In Indonesia Limestone Soil Arid Areas  With Erratic Climate /cBudi Santoso  aYogyakarta :bKanisius,c2021  a53 hlm :bill ;c23 cme- 4aSISAL (Agave sisalana)0 aMohammad Cholid  aAgave is a potential natural fiber-producing plant with the advantages of strong fiber, resistance to high salt content, renewable and environmentally friendly. Natural agave fiber is widely used, among others, in the home industry, car interior materials and rigging. World production of agave fiber once reached 300,000  tons, which was produced from Brazil, China, Kenya, Tanzania, Madagascar, Indonesia and Thailand. Agave plant has the potential to be developed, especially in the Eastern Region of Indonesia where uncultivated agricultural land is still very large with an eratic climate suitable for agave cultivation. At this time PT. Sumbawa Bangun  Sejahtera is developing 5,000 hectares of agave using the H-11648 variety. In large-scale development involving farmers, it is better to use an intercropping system that combines agave with secondary  crops (maize, peanuts, mungbeans, and soybeans). Through the 
intercropping system, it is expected to increase farm income and  reduce the risk of farming failure. The addition of secondary crops to agave cultivation is expected to support "Indonesian Food Security Programs".  a2021  a-