SEKEM Insight 04.12 EN

Page 1

Nr. 115 - April 2012

Insight

SEKEM‘s Journal for Culture, Economy, Society and Ecology in Egypt

Editorial Dear Readers, that bio-dynamic farming, like no other farming practice, can help to turn dry, nutrient-poor soils into fertile arable grounds while protecting the climate, is a point that has often been made here. SEKEM’s knowledge in this field is mostly „know-how“, knowledge that is based on its own practical experience, that is.

Demeter

Music Education

SEKEM Day

Climate Protection Through Agriculture

Flutes for SEKEM’s School Children

Invitation to Stuttgart‘s SEKEM Day

Do Biodynamically Cultivated Soils Help Protect Our Climate? The soils of the earth sequester three times as much carbon as our world’s entire vegetation. Can biodynamic agriculture thus make an effective contribution to climate protection?

In this issue, the scientist Meike Oltmanns familiarizes us with results of her own research in the field and that of the German biodynamic research organisation “Forschungsring”. The Forschungsring has been carrying out extensive research in biodynamic farming over many years to make the beneficial effects of demeter agriculture - specifically its impact on soil and plants - visible and measurable. Only a few weeks before the climate summit in Rio de Janeiro named “Rio +20” for short, it is more important than ever to highlight the importance of a change in attitude towards global agriculture. Do you have experience in biodynamic agriculture that you would like to share with SEKEM? Then we are looking forward to receiving your letters.

Your Team of Editors Find SEKEM also on the Internet at:

SEKEM‘s work for a rejuvenation of the desert soil quickly permits the durable greening of the soils

I

t is well known that greenhouse gases, primarily carbon dioxide, methane, and nitrous oxide easily escape into the atmosphere from the ground through its agricultural use. But carbon can also be integrated into, or bound to the dead organic matter in every soil, the humus, which itself consists of 58% carbon. Thus, the carbon dioxide content of the air can be reduced and climate change slowed. The incorporation of carbon into the soil is called carbon sequestration.

Especially in biodynamic and organic farming practice, humus is considered an essential component of fertile soils. Humus in agricultural soils is created by the microbial decomposition of crop and crop residues, organic fertilizers and soil organisms. The exact amount and composition of humus content is strongly dependent on the location and the way the soil is managed. The most important factors influencing humus quality include soil type, climate, the type of fertilization SEKEM Insight | April 2012 | Page 1


Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.
SEKEM Insight 04.12 EN by SEKEM Initiative - Issuu