Figure 3 - uploaded by Anja Greschkowiak
Content may be subject to copyright.
Download
View publication
5: Yield gaps between potential, attainable and actual yield (based on Ittersum et al., 2013).

5: Yield gaps between potential, attainable and actual yield (based on Ittersum et al., 2013).

Source publication
Figure 2.1: Järnefelt, Eero (1893). Burning the Brushwood [Oil on canvas]
Figure 2.2: Finland in the 1860s: (a) areas worst affected by food...
Figure 2.3: Population development 1750-1975 (Turpeinen, 1979).
Figure 2.4: Oat field in the vicarage of Kiikoinen in 1920 (Ojala and...
+17 Figure 2.5: Length of the thermal growing season in days above 5 • C in...
Prospects for oat production under a changing climate in Finland
Thesis
Full-text available
  • Sep 2020
This thesis aims to assess the prospects for oat production and cultivation under a changing climate in Finland. Climate change impacts at high latitudes have so far been mainly analysed for barley. Another point of importance is the increase in plant-based nutrition that leads to a higher demand for oat products in Finland and Europe. The objectiv...
Cite
Download full-text

Similar publications

Fig. 2. Map of the investigated region. We marked the experimental...
Fig. 3. NSGA-II performs better at searching for strategies with low...
Fig. 4. NSGA-II performs better at searching for strategies with low...
Fig. 5. Scatter-plots and distributions of values for water loss (cm)...
A New Multi-objective Approach to Optimize Irrigation Using a Crop Simulation Model and Weather History
Chapter
Full-text available
  • Jun 2021
Optimization of water consumption in agriculture is necessary to preserve freshwater reserves and reduce the environment’s burden. Finding optimal irrigation and water resources for crops is necessary to increase the efficiency of water usage. Many optimization approaches maximize crop yield or profit but do not consider the impact on the environme...
View