In results, it was found that changes in average annual temperature (+3.25 °C), average annual rainfall (+28%%), evapotranspiration (28%%) and water yield (49%%) increased for GHG scenarios with respect to the base line scenario.
Mean monthly value for water yield increased by 72 mm for B2 scenario (2071 2100) with respect to base line scenario (1961 1990).
From Fig. 14, it has been noticed that mean monthly value for water yield increased by 35 mm for A2 scenario (2071 2100) with respect to base line scenario (1961 1990).
(4) In the monsoon season, rainfall, evapotranspiration and water yield increased by significant amount for GHG scenario (A2 and B2) respectively with reference to the base line scenario (5) this study will be very useful for decision-makers to assess the benefits best management practices at the watershed level.
In the monsoon season rainfall increased by 23.77 and 24.55 %, evapotranspiration increased by 14 and 6%% and water yield increased by 60 and 72 % times for A2 and B2 Scenario, respectively, with respect to the average value of base line scenario.
Fig. 7 Optimum energy technology system for base line scenario all quarters (OIB-standard) Fig. 8 Optimum energy technology system for base line scenario all quarters (NZE-standard).
It distinguishes between a base line scenario, resulting in 1068 LNG-fuelled vessels by 2020, and a strong growth scenario, yielding 2043 LNG-powered ships by 2020.
The base line scenario involved selecting individuals on true breeding values (i.e., genomic selection only (GS only -genomic selectionly -genomicct accuracy) for selectionenerations.
Results will provide a base-line scenario of the genetic diversity of P. chilensis to orient decision-making associated with management strategies, specifically restocking practices.
Although all three reference scenarios are unlikely to come true, they provide useful benchmarks and establish a base line against which the policy scenarios can be compared.
