REDD+ Project Area Juniperus-Podocarpus Acacia-Comiphora woodland.

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Presentation transcript:

REDD+ Project Area Juniperus-Podocarpus Acacia-Comiphora woodland

Definition & Demarcation of project boundary and Mapping stratum Stratification - Altitude - Stocking Juniperus-Podocarpus Acacia-Comiphora woodland

Forest Size determination LAND-COVER STRATUM TYPE AREA (HA) Juniperus-Podocarpus 6,000 Acacia-Commiphora 28,000 Juniperus-Podocarpus Acacia-Comiphora woodland

Cont.. Decision on Forest Carbon Pool to be Measured: Available financial resources, Availability of existing data, Others Determination of the Type of Sample Plots ( Permanent or temporary) NB: example if Soil carbon is omitted during first carbon stock assessment (i.e. baseline), it has to be also omitted during the second and subsequent carbon assessments.

Cont.. Decision on the Shape and Size of the Sample plot (There are two types of plots – single plots of a fixed size or nested plots containing smaller sub-units of various shapes and sizes). Main Plot (100 m x 100 m) Trees ≥ 30 cm DBH Sub plot (25 m x25 m) Trees 15-29 cm DBH Sub plot (10 m x10 m) Trees 2-14 cm DBH Sub plot (1 m x1 m) Litter, soil, shrubs, herbs < 2 cm DBH

Determination of Number of Sample Plots Once the strata’s are identified and agreed on, the type of plots and shapes are decided, the number of sample plots required in each stratum must be determined. The decision on the number of plots depends on vegetation type, logistics, accuracy level, manpower and cost. The number of samples for each stratum is selected proportional to its size. LAND-COVER STRATUM TYPE AREA (HA) Juniperus-Podocarpus 6,000 Acacia-Commiphora 28,000 Juniperus-Podocarpus Acacia-Comiphora woodland

format Plot collection Sheet Forest Stratum Zone Woreda Plot # # Tree Local Name Scientific Name DBH Ht Remark

Juniperus-Podocarpus Forest To determine the biomass, the Woody Biomass National Inventory regression equation for 798 weighed trees Reg. Model = (0.3658* DBH)+(0.1144*(DBH^2.2))  The overall mean stocking rate of above ground woody biomass (AGB) is 107 tons/ha. Using the below ground biomass (BGB) factor of 0.22 of AGB, mean below ground biomass is 23.5 tons/ha. With a biomass to carbon ratio of 0.5, total forest carbon stocks are 65 tons/ha and CO2 sequestered is 239.5 tons/ha. CO2:C molecular ratio (44:12) = 3.67

Juniperus-Podocarpus Acacia-Comiphora woodland carbon stocks are 65 tons/ha and CO2 sequestered is 239.5 tons/ha