The Nordic region covers a widespread geographical area with a great variety in terms of environmental conditions for cultivation. Therefore, agriculture and horticulture in the Nordic countries require a plant breeding which develops varieties adapted to the particular growing conditions of the high north in terms of a demanding climate.
With a long and proud tradition of plant breeding, the Nordic countries have witnessed structural changes in the seed industry, leading to a reduction in Nordic breeding companies. This has resulted in a need for collaboration to develop cultivars specifically tailored to the unique Nordic market. The Public-Private Partnership (PPP) for Pre-Breeding was established to address this challenge.
In 2008, the structure of the collaboration began to form and contacts were made with all the major Nordic breeding companies. NordGen was appointed as secretariat and became responsible for the PPP economy and the communication between engaged contacts. Since 2011 public funding from the responsible countries in the respective Nordic countries have been granted and pooled. In 2012 the Steering Committee of the partnership was in place and a fruitful collaboration began.
The primary objective of this partnership is to support long-term breeding goals for Nordic agriculture and horticulture through collaborative pre-breeding projects in a pre-competitive manner. These projects focus on developing varieties that are adapted to climate change, reduce environmental impacts, and meet new consumer and market demands. By promoting the sustainable use of genetic resources for food production and agriculture in the Nordic region, the partnership aligns with Nordic policies on green growth and bioeconomy.
The PPP pre-breeding program focuses on projects that contribute to the development of Nordic plant breeding, farmers, and markets. These projects aim to broaden the genetic basis for plant breeding, particularly in the context of climate change adaptation and reducing environmental impacts. Additionally, introducing specific genes for disease and pest resistance, as well as other desirable qualities, is of great importance. The development of new technologies also plays a crucial role in expediting the lengthy breeding process.