The importance of grain legumes for a domestic protein security
Loading...
Date
2020
Journal Title
Journal ISSN
Volume Title
Publisher
Instytut Uprawy Nawożenia i Gleboznawstwa – Państwowy Instytut Badawczy w Puławach
Abstract
Description
Soya meal is the main high protein source in feeding
pigs and poultry. Taking into account the annual value of domestic
import, limited soya seed producers (USA, Argentina, Brasil)
and China as the main soya seed importer (66 percent of the
world import), a use of alternative protein sources (grain legumes,
rape meal, DDGS) seems to be justified. An additional reason for
a so called protein security in Poland are the feed regulations
prohibiting a usage of GM products in feeding. Polish Government
launched research projects for two periods (2011–2015 and
2016–2020) to solve main problems related to increased production
and usage of domestic protein sources in animals feeding.
Main strategies and research results of four areas – grain legume
genetics and breeding, cropping technologies, pigs and poultry
feeding and economic aspects of production, market infrastructure
and turnover of domestic protein crops – are presented in
the paper.
Satisfactory is an increase of acreage under grain legumes
in Poland – from 100 thousand ha in 2011 to 300 thousand ha in
2019. At present, given the availability of domestic grain legumes
and rape meal it is possible to decrease soya meal imports up to
60–50 percent. Over the past decade, a strong increase of poultry
meat production (about 120 percent) with a rather small increase
of soya meal imports (about 18 percent) is also as optimistic tendency.
A lasting solution may be achieved by setting a national/
European indicator target that would put the mandatory share of
domestic protein sources in feed mixes at 10–20%, and creation
of Polish feed companies, competitive to foreign, both large and
mobile feed mixing plants, using the farmer’s raw materials.
Keywords
feed protein, soya meal, domestic protein sources, indicator target
Citation
Polish Journal of Agronomy
2020, 42, 46–50