The Center for International Forestry Research (CIFOR) envisions a more equitable world where forestry and landscapes enhance the environment and well-being for all. CIFOR is a non-profit, scientific institution that conducts research on the most pressing challenges of forest and landscape management around the world. Using a global, multidisciplinary approach, we aim to improve human well-being, protect the environment, and increase equity. To do so, we conduct innovative research, develop partners’ capacity, and actively engage in dialogue with all stakeholders to inform policies and practices that affect forests and people. CIFOR is a CGIAR Research Center, and leads the CGIAR Research Program on Forests, Trees and Agroforestry (FTA). Our headquarters are in Bogor, Indonesia, with offices in Nairobi, Kenya; Yaoundé, Cameroon; Lima, Peru; and Bonn, Germany.
As Indonesia ranks among the world’s top holders of high-carbon reservoir tropical wetlands, a major area for improvement in its Forest Reference Emission Level (FREL) and national Measuring, Reporting and Verifying (MRV) system is the refinement of GHG accounting in peatlands and mangroves. While Indonesia’s FREL is a laudable first effort, areas for technical improvement suggested by UNFCCC reviewers encompassed inclusion of peatland fires, non-CO2 emissions, and post-conversion/-intervention removals among others. CIFOR’s project seeks to improve Indonesia’s FREL and update the existing MRV system for wetlands with the aim of further characterizing underrepresented forest dynamics, such as peatland fires and mangrove deforestation, degradation and regeneration. There is a need to reduce emission factor (EF) and activity data (AD) uncertainties, including non-CO2 greenhouse gases (GHGs), and to reinforce sink monitoring. This pathway should be in line with efforts to enhance Indonesia’s ambitions for its NDC stipulated in the Paris Agreement
Duties and responsibilities
The consultant will update
emission factors for tropical and Indonesian peatlands through a revision of
the literature and process-based modelling. She or he will produce a database
and a report on updated emission factors for tropical and Indonesian peatlands
based on the revision of the literature; and a scientific article on updated
emission factors for tropical and Indonesian peatlands based on the literature
The consultant will:
the scientific literature related to peat GHG (CO2, CH4 and N2O) emission
factors and controlling environmental variables in tropical and Indonesian
peatlands that burn, are drained or restored. The peat CO2, CH4 and N2O emission factors
will be updated following the standards of the Wetland Supplement to the 2006
IPCC guidelines. For fires, updated data on depth of peat burn along with data
on peat bulk density and organic carbon content will be reviewed. For peat net CO2 emissions, data on soil heterotrophic
respiration, dissolved organic carbon, litter- and branch-fall, and root mortality will be reviewed. Empirical
relationships with environmental factors will be derived and differentiated by
land-use intensity class, drainage class, or peat nutrient status where
possible. A database and a report on updated emission factors will be produced.
simple and more complex process models for improving Tier 2 emission factors.
Dynamic mechanistic models will be used to generate GHG emissions for key land
use categories and management practices from which simple empirical
relationships and updated emission factors can be derived for use in the FREL
or national emissions reporting. The process-based model Wetland-DNDC will be
tested as a first step, using calibration and validation data from undrained
peat swamp forests and/or drained oil palm plantations located in Tanjung
Puting, Kalimantan. The work entails:
the structure of the model, listing calibration/validation parameters and
conducting a literature search on missing parameters;
2.2. Running the
model, analyzing its performance for a set of variables (e.g. soil moisture /
water table level) and examining changes to be brought to / bringing changes to
the model for optimizing its performance;
2.3. In case the
model can acceptably simulate soil GHG fluxes, evaluating the feasibility of
deriving from its results simple relationships between soil GHG fluxes and
parameters that can be easily monitored in the framework of an MRV system; and
2.4. Writing a
paper from the research results.
3. Participate in relevant project meetings
and / or present results in scientific conferences.
Education, knowledge and experience
• A PhD or master’s degree in Forestry, Natural resources, Soil science or relevant field;
• Knowledge on soil fluxes of greenhouse gases and affecting variables;
• Good knowledge of modelling and statistics;
• Good writing skills (first author of at least two papers published in an international peer-reviewed journal); and
• Excellent spoken and written English
Personal Attributes and Competencies
• Good organizational skills;
• Attention to detail, and independent;
• Excellent Interpersonal and communication skills
Terms and Conditions
• This is a part-time, product-based consultancy service.
• CIFOR offers competitive remuneration commensurate with skills and experience.
• The assignment is aimed to start from 01 March 2020, and run until 30 November 2021.
• The work location will be home based
Application processThe application deadline is 16 Feb-2020
We will acknowledge all applications, but will contact only short-listed candidates.