PROGRESS REPORT
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76 <strong>PROGRESS</strong> <strong>REPORT</strong> PROGRAM LEVEL <strong>PROGRESS</strong> <strong>REPORT</strong> 77<br />
Crosscutting<br />
Key Success Areas<br />
Climate & Environment<br />
Why is transformation needed in this program area?<br />
Ethiopian agriculture is heavily dependent on natural<br />
resources, particularly land/soil and rainfall. As a result,<br />
efforts to increase production and productivity can be<br />
undermined by long-term losses in soil fertility, climate<br />
variability and related biotic stresses.<br />
Unsustainable and extractive agricultural practices are<br />
key factors that have negatively influenced Ethiopian<br />
agriculture over the last 3 decades. In addition,<br />
global climate change, with erratic rainfall, increasing<br />
Objectives of the GTP I Transformation Agenda Deliverables<br />
Overall, the Climate & Environment Program aims<br />
to support the mainstreaming of Ethiopia’s Climate<br />
Resilient Green Economy (CRGE) strategy by greening<br />
the Transformation Agenda. In particular, during GTP I,<br />
Overall Performance Summary<br />
Both of the deliverables in this program area (100%)<br />
can be considered “Slightly Delayed.”<br />
On Track<br />
Slightly Delayed<br />
Significantly Delayed<br />
100%<br />
Deliverable 69: Agro-met Project has proactively<br />
supported capacity building of the extension and<br />
meteorological systems to introduce the use of climate<br />
information in advisory services to farmers. This was<br />
initially done by promoting the use of rain gauges<br />
at FTCs and among model farmers, then expanding<br />
towards investments in automatic weather stations and<br />
capacity building for the generation and interpretation<br />
of downscaled weather information across a more<br />
holistic set of variables (rainfall, temperature, wind<br />
movements, etc.). However, the project is still in a<br />
pilot stage. Moving forward, in addition to scaling-up,<br />
a climate information communication and feedback<br />
system will also be developed.<br />
temperatures, and extreme events (particularly<br />
droughts) has created added challenges.<br />
Sustainably increasing agricultural production and<br />
productivity – which underlies the agricultural<br />
transformation effort – over the long term, requires<br />
development and adoption of Climate Smart<br />
Agricultural (CSA) practices that enhance the natural<br />
resource base, promote adaptation to a changing<br />
climate, and ensure climate change mitigation.<br />
the C&E Program sought to promote enhanced use<br />
of climate information to support climate responsive<br />
advisory services and related agronomic decisionmaking<br />
by smallholder farmers.<br />
In Deliverable 70: Mainstreaming Climate Smart<br />
Agriculture, the C&E Program has been successful in<br />
mainstreaming issues of climate-smart agriculture into<br />
the Transformation Agenda around four outcome areas:<br />
• Promotion of CSA production technologies and<br />
practices through key agricultural systems, such<br />
as extension, research, seeds, fertilization, and<br />
mechanization<br />
• Promotion of technologies/practices relating<br />
to efficient use of natural resources and water<br />
resources development<br />
• Enhanced input, finance and output markets<br />
linked to the adoption of CSA technologies and/<br />
or practices in production and marketing<br />
• Increased capacity for CSA mainstreaming within<br />
the ATA and its partners<br />
However, many of the deliverable initiatives remain<br />
somewhat ad hoc. In particular, there is limited<br />
progress in terms of promoting the adoption of<br />
agricultural practices that protect and conserve<br />
the natural resource base (i.e., moving away from<br />
current extractive practices that prevail in Ethiopia’s<br />
smallholder agriculture) including conservation<br />
agriculture. While conservation agriculture has been<br />
successfully piloted in selected geographies, there has<br />
not been any success in scaling-up an integrated set of<br />
practices, primarily because the case for doing so has<br />
not been fully established.<br />
The primary success realized in the C&E Program is<br />
the mainstreaming of CSA practices into the agriculture<br />
component of the second Growth and Transformation<br />
Plan (A-GTP II) and the Transformation Agenda for GTP II.<br />
The following are some of the various initiatives in the<br />
Transformation Agenda that have contributed towards<br />
CSA in GTP I:<br />
• Capacity of the extension system to move<br />
from blanket recommendations towards more<br />
optimal soil fertilization considerations (thereby<br />
contributing to reducing GHG emissions)<br />
enhanced through soil mapping under the EthioSiS<br />
project and demonstration of the application of<br />
blended fertilizers<br />
• Intercropping and rotation of cereals with pulses<br />
for improved soil health promoted through<br />
the development of a strategy and support to<br />
integrated interventions within key cropping<br />
systems<br />
• Household irrigation (and therefore reduced<br />
reliance on rainfall) promoted by addressing key<br />
systemic bottlenecks along irrigation value chains<br />
• Business models for availing mechanized<br />
technologies to smallholder farmers developed<br />
within wheat/maize/tef/sesame farming<br />
systems, with a particular focus on harvesting<br />
and threshing; this is expected to reduce postharvest<br />
losses (a key aspect of more sustainable<br />
agricultural production) due to poor handling<br />
Areas with Challenges<br />
As the C&E initiatives remain somewhat ad hoc, a<br />
more holistic approach to promoting Climate Smart<br />
Agriculture is needed. Issues that require further<br />
consideration include: 1) establishing a case for<br />
conservation agriculture and identifying key entry<br />
points for scaling-up related activities; 2) incentivizing<br />
farmers to adopt agricultural practices that protect the<br />
natural resource base and to invest in natural resource<br />
Deliverable status and key achievements in primary thematic areas<br />
Thematic<br />
Area<br />
Introduction<br />
of Innovative<br />
Ideas<br />
Structures/<br />
Processes/<br />
Systems<br />
development; 3) identifying climate smart initiatives<br />
downstream of agricultural value chains and in financial<br />
systems; and 4) managing livestock within Ethiopia’s<br />
farming systems in a more sustainable manner that<br />
also reduces GHG emissions from livestock. These<br />
areas will be a major focus of the GTP II period,<br />
building on current diagnostic work.<br />
Deliverable Status Key Achievements<br />
D69: Enhance and expand<br />
the use of agro-meteorology<br />
information for improving<br />
smallholder farmer<br />
productivity<br />
D70: Design and begin<br />
implementation of an<br />
approach to mainstream<br />
climate issues in all<br />
deliverables<br />
• Storage capacity at the primary coop level is<br />
also being enhanced to help reduce post-harvest<br />
losses—in this case, due to pests and poor postharvest<br />
handling<br />
• The ICT project that delivers extension advice<br />
through Interactive Voice Response (IVR)<br />
increasingly incorporates messages that<br />
relate to climate adaptation and environment<br />
sustainability (e.g., irrigation agronomy)<br />
Through the Agro-met Project, increased use of<br />
climate information by the extension system is<br />
being successfully promoted, although there are<br />
still significant capacity constraints that need to be<br />
addressed. An example of the project’s contribution<br />
is its support to providing systemic solutions to the<br />
drought situation of 2015, where agronomic advisories<br />
have been provided to help farmers adapt to suboptimal<br />
rainfall and preparations for distribution of<br />
drought resistant crop varieties and veterinary drugs, in<br />
anticipation of animal diseases.<br />
The Agro-met Project has also introduced rain<br />
gauges at the FTC and model farmer levels and<br />
provided training on their use. Training-of-trainers<br />
within the extension system has also been provided<br />
on the interpretation of climate forecasts and the<br />
development of advisories, along with support for an<br />
agro-met stakeholders’ platform.<br />
Completed Results:<br />
3 innovative concepts and approaches piloted<br />
• Promotion of plastic rain gauges, introduction of woreda<br />
level downscaled climate information, and initiation of<br />
stakeholder joint agro-meteorological forum<br />
Progress to Date:<br />
• Concept note on advocating, documenting and<br />
demonstrating climate smart agriculture best practices<br />
under review by stakeholders