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Improving lives by solving problems in agriculture and the environment

Remote sensing use for mapping Parthenium in Pakistan

It is projected that food demand will more than double by 2050 due to climate changes. Food security in Pakistan is particularly reliant on its ability to produce wheat and rice, however, an invasive species of weed, the "Famine Weed" (Parthenium hysterophorus), has been identified as a critical threat to agriculture and human prosperity in Pakistan. Through a four-stage project, CABI and the University of Manchester are seeing how new generation Earth observation data, including Sentinel missions, can provide detailed mapping of Parthenium in the major arable regions of Pakistan and how it can help identify and counteract the weed’s nefarious impacts on food security and society as a whole.

Project Overview

So, what's the problem

An invasive species of weed, the "Famine Weed" (Parthenium hysterophorus), has been identified as a critical threat to agriculture and human prosperity in Pakistan. Parthenium affects crop yields by as much as 90%, and has serious impacts on human and livestock health. However, the extent of its spread is largely unknown.

The new generation of Earth observation data, including the Sentinel missions, offer the potential to identify this weed at a large scale across the country. There are some established methods for using remote sensing in agriculture, yet the technology has largely remained unexplored when it comes to invasive weeds. Astronomers are experts in analysing large multiband imaging surveys by making sense of the plethora of information using smaller targeted observations at high resolution and/or with spectroscopic information.

In this proposal, for the first time, we build crossover capabilities by focussing on a critical threat in Pakistan.

What is this project doing?

CABI and the University of Manchester have joined to define a key challenge area for the Science and Technology Facilities Council (STFC) research: the use of astronomy image analysis for mapping Parthenium across Pakistan.

CABI has over 60 years of on-the-ground experience in Pakistan and a proven track record of undertaking agricultural research projects in this region. Combined with the world-leading expertise in astronomy image analysis and optical instrumentation engineering at the University of Manchester, we propose a four-stage project to provide detailed mapping of Parthenium in wheat and rice agriculture for the major arable regions of Pakistan.

Initially, team members will aggregate and pre-process multispectral satellite imagery, implement a campaign to collect high-quality ground reference data, and combine protocols to produce a computing framework for the detection of Parthenium in crops across the country. These outputs will produce static maps showing the current extent of the weed, guaranteed to be discussed in research, extension and policy making circles in the country.

A strong emphasis is placed on local academic capacity building through employment of local researchers, delivery of technical workshops, data hack challenge events, and a researcher exchange programme between the University of Manchester and universities in Punjab (WP4). Impact is achieved via three interlinked outcomes:

1) Policy makers become aware of, and able to use, satellite data for decision-making in agriculture, livestock, and human health

2) Improved methods allow for automated mapping and monitoring of the distribution of Parthenium in rice and wheat fields; and

3) Pakistani researchers develop strengthened capacities in their fields that contribute to their ongoing work.

Beyond the specific outputs of this project, this multi-disciplinary collaboration between astronomy, Earth observations, and food security will also deliver transformative open-source tools.

Results

The first project report, which will outline progress so far, will be published soon.

The team

Project Manager

Staff image of Julien Godwin

Julien Godwin  Programme Support Manager, Action on Invasives

CABI
Bakeham Lane
Egham
Surrey
TW209TY
United Kingdom
T +44 (0)1491 829045
E j.godwin@cabi.org

Project team

Staff image of Pablo  González-Moreno

Pablo González-Moreno

Senior Researcher, Invasives

Staff image of Abdul Rehman

Abdul Rehman

Deputy Director Programme

Staff image of Tim Beale

Tim Beale

Geospatial Data Analyst

Staff image of Cambria Finegold

Cambria Finegold

Global Director, Knowledge Management

Staff image of Dr Muhammad Usman

Dr Muhammad Usman

Research Assistant

Staff image of Ahtisham Akbar

Ahtisham Akbar

Staff image of Saad Ahmad Khan

Saad Ahmad Khan

Project Assistant

Staff image of Muhammad Hamza Khan

Muhammad Hamza Khan

Project Assistant

Country

  • Pakistan
  • UK

Duration

  • Start: 01/04/2018
  • End:

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