New Zealand's science, research, and technology ecosystem is a national asset — generating new knowledge, developing innovations with global applications, and building the human capital that drives long-term economic and social development. Government funds the backbone of New Zealand's research system, but philanthropy plays important complementary roles: funding blue-sky research, building science communication, supporting STEM pathways, and investing in research with long time horizons that government funding cycles struggle to accommodate.
Government investment
New Zealand invests approximately 1.4% of GDP in research and development — below the OECD average of around 2.5%. Major government funders include:
Crown Research Institutes (CRIs)
New Zealand has several government-owned research organisations:
- AgResearch (pastoral agriculture)
- Plant & Food Research (horticulture, food)
- NIWA (atmosphere and water)
- GNS Science (earth and geoscience)
- ESR (environmental science and public health)
- Manaaki Whenua / Landcare Research (land environment)
- Institute of Environmental Science and Research (ESR)
- Robinson Research Institute (magnetics and superconductivity)
- Scion (forestry)
Universities
New Zealand's eight universities are significant research performers. The Performance-Based Research Fund (PBRF) distributes government research funding based on researcher output quality.
Investigator-led fundamental research
The Marsden Fund supports fundamental research, but demand exceeds supply — only about 10% of applications are funded. Philanthropic foundations that fund investigator-led fundamental research — allowing researchers to pursue curiosity-driven questions — provide access that government funding alone cannot.
Science communication and public engagement
Public understanding of science is critical for good policy, evidence-informed decision making, and public trust in research. Grants for science communication — science journalism, public lectures, science festivals, museum programmes, social media science communication — build science literacy. Science Media Centre New Zealand and similar organisations need sustained funding.
STEM education and pathways
Growing New Zealand's science, technology, engineering, and mathematics workforce requires investment in STEM education pathways — from school to university to career. Grants for STEM education programmes, scholarships, mentoring, and work experience build the pipeline. Particular attention to STEM pathways for Māori and Pacific students, girls, and students from lower-income backgrounds is needed.
Mātauranga Māori and kaupapa Māori research
Mātauranga Māori — Māori knowledge and science — is a distinctive and valuable knowledge system with important applications in environmental management, health, and social wellbeing. MBIE's Vision Mātauranga funds some Māori-led research, but philanthropic support for kaupapa Māori research methodologies, Māori researcher development, and mātauranga Māori documentation is valuable.
Deep tech and hard science commercialisation
Many New Zealand scientific discoveries have commercial potential that is not realised due to the "valley of death" — the funding gap between research and commercially viable product. Grants for technology transfer offices, proof-of-concept funding, and early commercialisation support help valuable science reach market.
Environmental and biosecurity science
New Zealand's unique biodiversity, agricultural biosecurity vulnerabilities, and environmental challenges generate urgent research needs. Philanthropy can fund research that government is too slow to fund or that spans multiple government mandates.
Science for policy
Improving the use of science in government decision-making — through better science advice structures, evidence translation, and policy research capacity — has high leverage potential. Grants for science-policy interface work improve the quality of government decisions.
International research collaboration
New Zealand's small research system benefits from international collaboration. Grants supporting New Zealand researchers' participation in international collaborations, fellowships at international institutions, and hosting international researchers at New Zealand institutions build capability and connection.
Science Media Centre New Zealand: Science journalism support; needs sustained funding.
Royal Society Te Apārangi: New Zealand's academy of science and humanities; some philanthropic support.
New Zealand Association of Scientists: Professional association for scientists.
Science New Zealand: Represents Crown Research Institutes.
MacDiarmid Institute: Physics, chemistry, and materials science; named philanthropic endowment.
NZTE (New Zealand Trade and Enterprise): Some innovation programme support.
Long time horizons for fundamental research: Scientific discovery is unpredictable and slow. Funders of fundamental research need patience and tolerance for uncertainty. Multi-year commitments that don't demand near-term commercialisation produce the most significant science.
Excellence is unequally distributed: Significant scientific capability is concentrated in certain institutions, disciplines, and research groups. Funders who follow the evidence of excellence — rather than distributing grants geographically or across disciplines — produce better science outcomes.
Science needs both excellence and diversity: The New Zealand science system has significant underrepresentation of Māori and Pacific researchers, women in some fields, and researchers from lower-income backgrounds. Grants that support diversity in science — through scholarships, mentoring, and targeted fellowships — improve both equity and the quality of science.
Tahua's grants management platform supports science and research funders — with the grant tracking, multi-year commitment management, and research outcome reporting tools that help funders invest effectively in New Zealand's research and innovation future.