Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill

Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill

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Bibliographic Details
Main Author: Llewllyn, Danny JLiu, D.LLinedale, A.ILeotta, A.M
Format: TEXT
Language:English
Published: Watson Ferguson and Company 1993
Subjects:
tebu gula
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id lpplib-17210
record_format oai_dc
spelling lpplib-172102016-08-08 00:00:00Perpustakaan LPP YogyakartaGenetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave millLlewllyn, Danny JLiu, D.LLinedale, A.ILeotta, A.Mtebu gulaWatson Ferguson and Company1993TEXT9p, 7p, 8p, 7p, 6p;664.11 Pro pEnglish
institution Politeknik LPP Yogyakarta
collection Perpustakaan Yogyakarta
language English
topic tebu gula
spellingShingle tebu gula
Llewllyn, Danny JLiu, D.LLinedale, A.ILeotta, A.M
Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill
description
format TEXT
author Llewllyn, Danny JLiu, D.LLinedale, A.ILeotta, A.M
author_facet Llewllyn, Danny JLiu, D.LLinedale, A.ILeotta, A.M
author_sort Llewllyn, Danny JLiu, D.LLinedale, A.ILeotta, A.M
title Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill
title_short Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill
title_full Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill
title_fullStr Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill
title_full_unstemmed Genetic engineering of insect resistant crop plants, A technique for prediction of rainfall duration from daily rainfall data in the Australian sugar belt, Variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, A coordinated extension approach for maximising returns from mechanical harvesting, Lime saccharate studies at Mulgrave mill
title_sort genetic engineering of insect resistant crop plants, a technique for prediction of rainfall duration from daily rainfall data in the australian sugar belt, variation of sugar and fibre components of dry matter in leaf, top and stalk of sugarcane, a coordinated extension approach for maximising returns from mechanical harvesting, lime saccharate studies at mulgrave mill
physical 9p, 7p, 8p, 7p, 6p;
publisher Watson Ferguson and Company
publishDate 1993
callnumber-raw 664.11 Pro p
callnumber-search 664.11 Pro p
_version_ 1742522778667450368

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