Now showing Programmes related to: "Space for Giants"
Advanced Filters
To search for Programmes in a specific time period, please enter the start and end dates.
Filters Clear all
Assessor payments
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Assessment of International Partnership Programme Call 1 proposals
Programme identifier:
GB-GOV-13-GCRF-UKSA_NS_UKSA-022
Start Date:
2016-12-01
Activity Status:
Implementation
Total Budget:
£25,668.49
Renewable Energy Space Analytics Tool (RE-SAT)
UK - Department for Business, Energy and Industrial Strategy (BEIS)
The RE-SAT project is delivering an energy analytics platform to equip Small Islands Developing States (SIDS) with appropriate information, products and modelling tools to support their transition from fossil fuel electricity generation to renewables. For SIDS, the economic imperative is to mitigate the financial risk of over reliance on fossil fuels. The RE-SAT platform provides advanced data analytics to help energy planners and investors where to locate renewable energy assets in order to optimise the amount of renewable energy generated, minimise their environmental impact and maximise the return on investment. SIDS have enormous potential to be energyindependent due to their natural renewable energy (RE) resources. To date however, many SIDS have insufficient in-situ environmental data and rely on incomplete records or limited time-series data to plan their RE strategy. This leads to overly conservative estimates of the available renewable potential and a greater reliance on traditional (fossil fuel) generation mechanisms to meet demand. To overcome this data gap and to support SIDS to improve their strategic RE planning, RE-SAT is using earth observations and other sources of environmental data to support decision-making regarding the feasibility and location of RE systems. RE-SAT is offering SIDS a powerful software application that will: • Improve RE strategic planning though high resolution power estimates; • Support the siting of new RE assets, taking into account environmental variables and historic weather patterns; • Save money on redundant infrastructure by sizing schemes more accurately; • Increase productivity through smarter working using the online data repository to share relevant energy documentation with key stakeholders; and • Increase the chance of investment in new renewable energy infrastructure through more accurate energy projections. RE-SAT has already delivered a successful proof-ofconcept energy-planning platform in collaboration with the Government of Seychelles and is working with Mauritius, St Lucia, Montserrat, Tonga, Vanuatu and Palau to scale-up the concept.
Programme identifier:
GB-GOV-13-GCRF-UKSA_MU_UKSA-46
Start Date:
2017-01-01
Activity Status:
Implementation
Total Budget:
£3,724,189.03
Système National de Gestion des Risques et des Desastres
United Nations Development Programme (UNDP)
Programme de Developpement du Systeme National de Gestion du Risque et des Desastres
Programme identifier:
XM-DAC-41114-PROJECT-00041481
Start Date:
2005-09-23
Activity Status:
Implementation
Total Budget:
£10,431,619
Caribou / Capita Delivery costs
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Monitoring and Evaluation specialist services for the International Partnership Programme and its projects, to ensure ODA compliance, sustainability and impact of projects
Programme identifier:
GB-GOV-13-GCRF-UKSA_NS_UKSA-051
Start Date:
2016-04-01
Activity Status:
Implementation
Total Budget:
£4,481,078.57
IPP Delivery costs: staff, overheads and T and S (not caribou)
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Delivery and Staff costs for the UKSA International Partnerships Programme funded by GCRF.
Programme identifier:
GB-GOV-13-GCRF-UKSA_NS_UKSA-052
Start Date:
2016-04-01
Activity Status:
Implementation
Total Budget:
£2,032,964.36
Towards freeform optics manufacturing capabilities in Thailand for Space and Astronomical applications
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Towards freeform optics manufacturing capabilities in Thailand for Space and Astronomical applications
Programme identifier:
GB-GOV-13-FUND--Newton-ST_T006552_1
Start Date:
2020-04-01
Activity Status:
Implementation
Total Budget:
£49,761.52
Better Assistance in Crises (Social Protection)
UK - Foreign, Commonwealth and Development Office
The programme will help poor and vulnerable people to cope better with crises and meet their basic needs through more effective social assistance in contexts of recurrent shocks, protracted conflict and forced displacement. It will address the bottlenecks at global and country level that prevent greater use of social protection approaches in crises, through expert advisory services for country support, capacity building, learning, coordination and high-level policy influencing, and high quality research that strengthens the evidence on what works in different contexts.
Programme identifier:
GB-GOV-1-300467
Start Date:
2018-10-30
Activity Status:
Implementation
Total Budget:
£20,424,982
EcoProMIS 2.0: Ecological Productivity Management Information System (EcoProMIS) for oil palm and rice in Colombia
UK - Department for Business, Energy and Industrial Strategy (BEIS)
EcoProMIS or Ecological Production Management Information System is an ambitious project to improve the sustainability of rice production systems in Colombia. It will create “Knowledge for Free and Decisions for a Fee” to increase productivity and profitability of crop production while limiting environmental impact and optimising the socio-economic conditions of stakeholders. Colombian farmers, including smallholders, are looking to improve productivity and stabilise incomes. This is essential to allow them to compete globally and improve their livelihoods, whilst responding to climate change and reducing environmental impact. The project also engages farmers through outreach programmes and training to develop their understanding and skills on how crop management affects productivity, income and sustainable ecosystems. EcoProMIS is creating a platform that processes big data sets collected per field, grower and location in deep knowledge of related economic, social, technical and environmental processes with the help of machine learning, crop modelling and A.I.
Programme identifier:
GB-GOV-13-GCRF-GCRF-INTPART-UKSA-GCRF-INTPART-CALL-2-UKSA_C2_07AB
Start Date:
2019-10-24
Activity Status:
Implementation
Total Budget:
£2,187,239.53
CommonSensing: Remote [Common] Sensing for Climate Resilience
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Small island nations located in the Pacific are exposed to the damaging effects of climate change. Such changes in the climate system have direct effects on the livelihoods, the economy, overall development and the very existence of many small island nations. Urgent action to build capacity for climate resilience is therefore required. The overall aim of CommonSensing is to use satellite remote sensing applications to support three Commonwealth countries: Fiji, the Solomon Islands and Vanuatu achieve their goal of improved national resilience to climate change. The project’s main output is to provide evidence and data needed for these island states to be able to apply to climate funding in collaboration with the Commonwealth Climate Finance Access hub with a much higher degree of success than presently. This will allow these island states to obtain the funding they need to protect critical infrastructure and build resilience into their economy to combat the growing effects of climate change. CommonSensing will deliver impact in two main areas: • In terms of Earth Observation (EO) derived services, CommonSensing will use EO data to provide partners with access to vital information regarding disaster and climate risks to inform planning, food security needs and impact on the environment. This information will be readily available to users through easily accessible services. • In terms of sustainability and capacity development, partners aim to contribute to national and regional technical capabilities to inform policy and secure funding for climate change resilience programmes beyond the three-year project. In addition, CommonSensing consortium partners are committed to supporting the long-term sustainability of the information services they develop with the three partner countries.
Programme identifier:
GB-GOV-13-GCRF-UKSA_FJ_SB_VU_UKSA-43
Start Date:
2018-01-02
Activity Status:
Implementation
Total Budget:
£9,648,080.71
South Africa Safety Initiative for Small Vessels - Operational Take-Up (OASIS-TU) and Madagascar Safety Initiative for Small Vessels - Operational Take-Up (MSIS-TU)
UK - Department for Business, Energy and Industrial Strategy (BEIS)
eEE has developed a satellite Automatic Identification System (SAT-AIS) based technology, exactTrax, to address the problem of the practical tracking of small boats in developing countries. Small fishing, work and leisure vessels account for the majority of South African maritime incidents and incur millions of Rand annual expenditure on search and rescue activities. Knowing the up-to-date location of a boat in real-time is vital to saving lives and can substantially reduce search and rescue costs. Working with SAMSA and the NSRI (equivalent to the UK’s Royal National Lifeboat Institution), the first phase of the OASIS-TU project deployed 1,000 exactTraxenabled em-trak I100 AIS identifiers across South Africa’s small boat sector. exactTrax data services were also established into SAMSA’s MRCC and the NSRI’s EOC. These services include real-time satellite tracking data and safety alerts transmitted from boats in trouble and are now fully operational (the first phase of the OASIS-TU project completed in February 2019). The current phase of the OASIS-TU project involves eEE working with S3C and IB to develop a new exactTraxenabled transponder, known as the AngelFish, for deployment in Madagascar. With the same small vessel safety of life issues as South Africa, as well as concerns related to small-scale fisheries management and maritime security, a partnership between the CFIM, APMF, CSP, COFONA, ARTEC and the GAPCM will deploy 800 AngelFish transponders across Madagascar. exactTrax data services will likewise be deployed across all of the local partners. This phase of the project is due to complete in October 2021, with the first transponders being deployed in-country in early 2021.
Programme identifier:
GB-GOV-13-GCRF-UKSA_ZA_UKSA-037
Start Date:
2016-12-05
Activity Status:
Implementation
Total Budget:
£1,716,291.54
Pest Risk Information Service (PRISE)
UK - Department for Business, Energy and Industrial Strategy (BEIS)
An estimated 40% of the world’s crops are lost to pests (including insects, mites and plant pathogens), impacting on the ability of smallholder farmers to feed their families and also affecting international trade and food supply chains. By alerting them to the potential presence of pests, this project aims to enable farmers to manage outbreaks more effectively using Integrated Pest Management methods. These techniques have many advantages, such as the reduction of the use of inappropriate pesticides that lead to human and environmental benefits as well as reducing spend on unnecessary spraying.
Programme identifier:
GB-GOV-13-GCRF-UKSA_NS_UKSA-031
Start Date:
2016-10-01
Activity Status:
Implementation
Total Budget:
£6,390,198.57
Dengue Mosquito Simulation from Satellites (D-MOSS)
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Dengue is the fastest-growing mosquito-borne viral infection in the world today. It is present in over 150 countries, and approximately 40 percent of the world’s population now live in countries where dengueis a daily risk. The D-MOSS project is developing a dengue fever early warning system that generates several months advance warning of likely dengue outbreaks utilising Earth Observation (EO). An advance warning on dengue risk, could help public health officials plan cost-effective actions in advance and move away from a reactive system where disease control interventions occur after a dengue outbreak occurs. One of the key D-MOSS components is a water assessment module that provides the additional benefit of improving water management in transboundary river basins. Seven of the nine major river basins that drain to Vietnam are transboundary in nature and it is estimated that some two-thirds of Vietnam’s water resources comes from neighbouring countries, making water management challenging. In recent years countries upstream of Vietnam have increased their water use and Vietnam is currently facing increasingly negative impacts from the water policies of upstream countries. The development of an EO‑based water availability system will help the Vietnamese Government to improve their water resources monitoring and management in transboundary river basins. The dengue fever and water management challenges are similar in other countries in South Asia and as of June 2019, the project has been extended to cover Cambodia, Laos, Malaysia, Sri Lanka, Thailand and The Philippines.
Programme identifier:
GB-GOV-13-GCRF-UKSA_VN_UKSA-21
Start Date:
2018-02-19
Activity Status:
Implementation
Total Budget:
£4,785,799.89
Creating Safer Space: Strengthening Civilian Protection Amidst Violent Conflict
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Creating Safer Space is a four-year international, interdisciplinary research network, which supports local civilian processes that build sustainable structures of protection from physical harm for and with communities affected by violent conflict. The Network brings together conflict-affected communities, protection practitioners, academics, policymakers and artists to jointly work on the vision of enhancing unarmed protection practices, which create safer space for communities and individuals amidst violent conflict, raise their levels of resilience and help prevent displacement. According to the UN Refugee Agency, there are now a record high of 68.5 million people forcibly displaced by violent conflict (UNHCR 2019), and the majority of deaths in conflicts are among civilians. This makes the protection of civilians from physical harm in contexts of war a pressing issue of our time. While the international community has acknowledged the need for protection, the physical safety of civilians is still seen almost exclusively as a task of armed outside actors like UN blue helmets. The originality of this Network is its focus on protection provided by unarmed actors and deployed at the local level of communities, be it by ""outside"" specialists or ""insider/local"" protection actors. Unarmed civilian protection (UCP) organisations accompany human rights defenders and deter armed actors from carrying out attacks against them through their presence and proactive engagement strategies. They use networks of relationships built with armed and unarmed parties to a conflict to negotiate safe passage of internally displaced persons to a safe camp or to bring forcefully recruited youth back to their families. They also monitor ceasefires & agreements. Moreover, some violence-affected communities self-protect by setting up peace communities and weapons-free zones, creating safer space for civilian life amidst violent conflict. There are over 40 international NGOs and a growing number of national and local organisations currently undertaking protection work in 24 countries in conflict, in addition to local self-protection initiatives. They illustrate that the protection of civilians by civilians without the use or threat of force can work to create physical safety, and may even do more: by providing a role model, and by not fuelling further violence, UCP can help break cycles of violence and thus contribute to longer-term peacebuilding. Initial research has suggested that UCP may often be more effective than armed protection and indeed, latest UN Security Council and General Assembly resolutions mention the potential of UCP, indicating some change in thinking. ""Creating Safer Space"" aims to enhance and broaden the practice of UCP by engaging a wide range of stakeholders in networking, capacity-building, research and impact activities around three broad themes: A. Understanding vulnerability to physical harm in violent conflict: Which different kinds of vulnerabilities interact in what ways in situations that require protection, and which different protection strategies do they require? B. Building local protection infrastructures: How can outside protection strategies and self-protection mechanisms in communities work together for best protection results and without undermining each other? C. Developing civilian protection capabilities: How can unarmed local protection be scaled up in size/scope and include new actors and collaborations with a view to protect more people from violence and displacement and develop stronger protection capacity? To address these questions, our Network delivers activities for academic and non-academic partners from the Global North and South across three strands of work: networking and capacity enhancement; collaborative and innovative research; and knowledge sharing and advocacy. Taken together, these activities aim to increase the number of people benefiting from civilian protection worldwide.
Programme identifier:
GB-GOV-13-FUND--GCRF-AH_T008024_1
Start Date:
2020-04-01
Activity Status:
Implementation
Total Budget:
£1,872,226.87
Uganda - Open Society
UK - Foreign, Commonwealth and Development Office
Uganda Open Society is a one-year, £0.25mn project that is aimed to deliver FCDO’s ambition for an open society in Uganda. It will seek to a) experiment and build influential evidence, data and learning, to understand the best ways to achieve an open society in Uganda by 2026; b) address the lack of youth engagement to ensure their participation in decision-making in democratic governance processes and increase their voice in service delivery; and c) strengthen issue-based dialogue between the targeted citizens and those in power.
Programme identifier:
GB-GOV-1-301310
Start Date:
2021-06-14
Activity Status:
Implementation
Total Budget:
£2,210,082
Appui au Parlement tunisien 2015-2021
United Nations Development Programme (UNDP)
Le projet vise à soutenir la gouvernance démocratique inclusive et efficace, à travers un appui à l’Assemblée des Représentants du Peuple.
Programme identifier:
XM-DAC-41114-PROJECT-00087365
Start Date:
2015-04-01
Activity Status:
Implementation
Total Budget:
£4,732,759
Sustainable Plastic Attitudes to benefit Communities and their Environments (SPACES)
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Between 400,000 and 1 million people die each year in LMICs due to diseases related to mismanaged waste. Waste management is, however, a complex area, which affects multiple stakeholders, such as manufacturers, distributors, retailers, households, the recycling industry, informal waste pickers and local governments, and therefore requires an integrated approach. Malawi and Tanzania are two of the world's poorest countries, yet the consumption of plastics has exploded in the last decade. Tanzania and Malawi make important case-study countries because of their recent governmental responses to plastic bags, and their contrasting policy landscapes in terms of tackling plastic wastes. In many cities in sub-Saharan Africa, plastic wastes, and plastic bags in particular, block urban drainage systems. During rain events this leads to localised flooding, with an increased risk of human exposure to raw sewage and the spread of waterborne pathogens within highly populated areas. Plastic waste can also act as a transient receptacle for rainwater and thus provide a larval habitat for mosquitoes. Therefore, the negative impacts of plastic pollution on human health can include the spread of pathogens such as cholera and typhoid, and the provision of transient receptacles for breeding mosquitoes that can carry diseases such as malaria and Zika virus. In parallel, the consequences of living with significant levels of environmental plastic pollution can negatively affect mental health and well-being. However, despite wide-scale recognition of the need for LMIC governments to invest more thoroughly in solid waste management, this remains a low funding priority area, with fragmented responsibility between departments and a lack of time or technical expertise to negotiate suitable waste management strategies. Typically, governments, communities and individuals in sub-Saharan countries prioritise health-care, and food and water security, followed by employment, education and housing. Plastic pollution rarely registers as something important enough to re-direct valuable resources away from these more pressing challenges. However, we argue that waste management is inextricably linked to health and should not be treated as a separate issue. By characterising how people interact with plastics on a day-by-day basis, the SPACES project will provide the framework needed to build circular economies with improved, more sustainable development pathways and new economic opportunities, and have far-reaching implications for human health and well-being, ecosystem services and economic stability in sub-Saharan Africa and beyond. Quantitative and qualitative mixed methods approaches will be developed to understand what socioeconomic and political obstacles exist for incentivising governments to remove plastic waste and increase sustainable waste disposal. Novel strategies for intervention, mitigation and sustainable adaptation by local communities will be co-developed using extensive behavioural economics and anthropological methods in tandem with environmental, biological, epidemiological and geographical approaches. Working with a range of local recycling associations and entrepreneurs, together with local government and council leaders, the SPACES project will provide both the evidence and incentives that will allow individuals, communities, business leaders and national decision-makers to foster a sustained change in attitudes for tackling the challenges of plastic waste in the environment. In turn delivering a step change towards enabling a cleaner, more resilient and more productive environment.
Programme identifier:
GB-GOV-13-FUND--GCRF-NE_V005847_1
Start Date:
2021-01-04
Activity Status:
Implementation
Total Budget:
£0
Illegal Wildlife Trade Challenge Fund Round 5
Department for Environment, Food, and Rural Affairs
Illegal wildlife trade (IWT) is the fifth most lucrative transnational crime, worth up to £17bn a year globally. As well as threatening species with extinction, IWT destroys vital ecosystems. IWT also fosters corruption, feeds insecurity, and undermines good governance and the rule of law. The UK government is committed to tackling illegal trade of wildlife products. Defra manages the Illegal Wildlife Trade Challenge Fund, which is a competitive grants scheme with the objective of tackling illegal wildlife trade and, in doing so, contributing to sustainable development in developing countries. Projects funded under the Illegal Wildlife Trade Challenge Fund address one, or more, of the following themes: • Developing sustainable livelihoods to benefit people directly affected by IWT • Strengthening law enforcement • Ensuring effective legal frameworks • Reducing demand for IWT products Over £23 million has been committed to 75 projects since the Illegal Wildlife Trade Challenge Fund was established in 2013; five projects were awarded in 2014 (via applications to the Darwin Initiative), fourteen in 2015, fifteen in 2016, thirteen in 2017, fourteen in 2018 and in the latest round in 2019. This round of funding includes the following projects (details of which can be found at https://assets.publishing.service.gov.uk/government/uploads/system/uploads/attachment_data/file/811381/iwt-project-list-2019.pdf)): IWT062, IWT063, IWT064, IWT065, IWT066, IWT067, IWT068, IWT069, IWT070, IWT071, IWT072, IWT073, IWT074, IWT075.
Programme identifier:
GB-GOV-7-IWTCF-R5
Start Date:
2019-04-01
Activity Status:
Implementation
Total Budget:
£4,588,554
Newton STFC-NARIT : Towards freeform optics manufacturing capabilities in Thailand for Space and Astronomical applications
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Thailand is quickly building its astronomical instrumentation development capacity. In the past decade, National Astronomical Research Institute of Thailand (NARIT) has actively grown its workforce on two fronts: astronomical instrumentation for the Thai National Observatory (TNO) and space instrumentation and satellite development through the Thailand Satellite Consortium (TSC; NARIT, the Siam Photon Laboratory and the Geo-informatics and Space Technology Development Agency). TSC is currently building its first ""made in Thailand"" satellites - a major national milestone. However, one limitation restricts independent advancement on these fronts: to access innovative technologies, Thailand must rely on developed countries for hardware and associated support, and this is particularly true for optical design and manufacture, which depend heavily on heritage, expertise and specialised equipment. NARIT desires to remove this barrier and invest in a future Thailand optical manufacturing capability, which will help to drive Thailand's economy and industries in line with the Thailand 4.0 economic model. This project proposes a programme that provides both knowledge exchange and a joint Thai-UK research project, to upskill Thai academics and engineers in conventional and additive optical manufacturing methods, to enable internal capability and impact within wider disciplines. The project will enable the transfer of 2 key technologies to Thailand: - Freeform optics are identified as a NARIT research priority; they are novel, versatile optical elements with no axis of rotation or symmetry. Increasingly, they are used in pioneering optical designs offering abundant new opportunities for optical designers. The emergence of these new types of surfaces has been very much in pace with the development of Single Point Diamond Turning (SPDT). - Metal additive manufacturing (MAM), which has significant potential when applied to optical manufacturing and freeform optics in particular. MAM is the process of building a component layer-upon-layer in metal and it is commonly used low count bespoke parts. MAM prints a near-net shape without material removal, formers, or shape manipulation, which define conventional manufacture Combining Metal Additive Manufacturing with optical freeform manufacturing has, therefore, a lot of potential for the production of pioneering astronomical and space instrumentation. SPDT and MAM have also a strong potential to be spun out into business ventures to stimulate the local economy.
Programme identifier:
GB-GOV-13-FUND--Newton-ST_T007133_1
Start Date:
2020-04-01
Activity Status:
Implementation
Total Budget:
£119,753.40
Space-enabled Crop disEase maNagement sErvice via Crop sprAying Drones (SCENE-CAD)
UK - Department for Business, Energy and Industrial Strategy (BEIS)
Crops diseases are widely considered as one of the main challenges in modern intensive agriculture. They not only damage crop yields and quality, posing serious threats on food security, but also exert adverse impact on the environment due to inappropriate and ineffective treatment of using excessive pesticides. The overarching goal of this project is to develop and deliver a turnkey crop disease management service to key stakeholders in China and other relevant countries, which will support them in early detection, rapid response and targeted intervention of major crop diseases. This goal will be achieved by combining a number of crop disease monitoring and forecasting technologies developed from the previous STFC UK-China Newton Agritech projects and extending their impact through integration with crop-spraying drones, so that the benefits of early identification and forecasting of crop diseases can be consolidated by rapid, targeted, and automated pesticide spraying actions. This project is structured under six main work packages (WPs), including four product/service development work packages to develop and transfer space-enabled technologies into agriculture services/tools and two demonstration work packages to encourage the acceptance of the developed services and disseminate the technologies to other countries. To facilitate the technology development/transfer, recent advances in image analysis will be assembled and utilised to extract key information from remote sensing data (WP1). Following the cycle of a dynamic crop disease management process, the project will first develop a cloud-based online service to identify, monitor and forecast hot-spot regions of overwintering wheat rusts using crop disease models, information from satellite and drone remote sensing and environmental parameters (WP2). Such information reported by the online service can be used to inform the planning and deployment of crop spraying drones to promptly control the diseases. Second, to guarantee the quality and efficacy of the pesticide delivery, an intelligent and user-friendly planning and management software for crop spraying drones will be developed (WP4), where a parametric drone spraying model (WP3) will be established to characterise spraying deposit distribution and further software tool to assess the spraying quality on different crops/diseases. The practical benefits and long-term impact of the developed products/services will be demonstrated, with the strong support from project partners in China, through two demonstration campaigns designed in this project. The first one (WP5) focuses on the overwintering wheat rusts in Gansu Province, which is the origin of inoculum that causing yield losses in the main wheat production in the Central China. It is expected that the hot-spot areas of rusts can be effectively identified using the developed service and treated using spraying drones in autumn, thus preventing or reducing the rust epidemics in spring in other regions of China. The second campaign (WP6) is dedicated to showcase the benefits in the case of rapid response to unexpected disease outbreak. The spraying missions can be automatically generated using the developed software based on the disease severity and distribution in a variable-rate manner to ensure the spraying quality while reducing operator's workload and the use of chemical pesticides and fertilisers. It is envisaged that this project will provide an integrated Agri-tech service for crop disease management that is able to improve the food productivity, reduce both the labour and pesticide costs in practice, and contribute to the long-term sustainable growth in agriculture. Moreover, through the impact activities, the project will have a profound and long-lasting impact on the local crop protection organisations, spraying service providers, drone operators and eventually the farmers, in China and beyond.
Programme identifier:
GB-GOV-13-FUND--Newton-ST_V00137X_1
Start Date:
2020-02-13
Activity Status:
Implementation
Total Budget:
£404,069.37
Sustainable Development Goals Roundtables - UK
Save the Children UK
The purpose of this award is to engage national goverments and key decision makers in creating space for dialogue around progress and priorities on delivering sustainable development goals
Programme identifier:
GB-COH-213890-82690039
Start Date:
2015-03-05
Activity Status:
Implementation
Total Budget:
£43,280