NSP - Guiding Principles
 

Guiding Principles and Associated Checklist for Sustainable Intensification

In order to address the broader goals of sustainability in crop production intensification, social, economic and environmental aspects need to be considered when planning to intensify crop production. The guiding principles can be divides into social and politicaleconomic; and environmental guidelines.

 

To this effect, a set of guiding principles are provided to address the multiple dimensions of sustainability - the point of these guiding principles is not to set up an unattainable list of ideals, but rather help design a basis against which to assess the current status and to measure future changes.  A tool that has been developed to assist in assessing the guiding principles for sustainability of crop production intensification is a short checklist associated to each element of sustainability – again, the aim of the checklist is to provide guidance and is not an exhaustive list of possible questions.

 

Guiding Principle 1 - Social and Political

1. Laws and Policies: Appropriate policies must be implemented to promote sustainable crop production intensification, respecting all applicable laws of the country in which they occur, and all international treaties, conventions and agreements to which the country is a signatory.
2. Food Security: Sustainable crop production intensification should contribute to the goals of Food Security and be consistent with national programmes on Food Security.
3. Human and Labour Rights: Sustainable crop production intensification must respect human and labour rights by promoting: decent and fair work and the well-being of farmers and agricultural workers along the agricultural value chain; and fair and decent distribution of labour between genders.
4. Human Health: Sustainable crop production intensification must contribute to human health by ensuring that: agricultural practices are carried out under safe conditions; inputs used in agricultural production have the least possible negative impact on human health; and result in agricultural produce of good nutritional quality and accepted safety standards.   
5. Knowledge Creation and Validation. Sustainable crop production intensification must facilitate a process that promotes continuous learning and exchange of knowledge between different actors (from local indigenous to scientific knowledge) and disciplines (from technical to social domains).
6. Collaboration: Sustainable crop production intensification is of multidisciplinary nature and therefore an opportunity for strengthening collaboration between different sectors, institutions and their development priorities and agendas. In addition, sustainable crop production intensification must engage as far as possible different segments of society .
7. Community Participation: Sustainable crop production intensification must include open and transparent discussion among communities and other stakeholders in order to solve shared problems and arrive at decisions to increase opportunities for production.

Checklist 1 - Social and Political Sustainability

Is the envisaged crop production intensification likely to:

1. Contribute to increasing understanding, through a policy analysis/review, of congruent/conflicting laws and policies?
2. Contribute to the implementation of a national Food Security Programme?
3. Enhance food security in terms of self-reliance and self-sufficiency, food availability, quality and safety of food, stability of food supply, and / or food affordability?
4. Contribute in alleviating poverty for a significant portion of the rural poor population?
5. Ensure that potential human health hazards do not occur?
6. Establish or support institutional mechanisms (policy, legislation, regulations, commissions and institutions) which ensure stability of medium and long-term efforts?
7. Allow and encourage people's participation, women in particular, in decision-making that directly or indirectly affects them?
8. Increase local, national, regional and international understanding and knowledge of sustainable crop production intensification processes?
9. Improve local management and technical capabilities?
10. Involve all relevant stakeholders in development, introduction and establishment of agricultural approaches, practices, and technologies choices?

Guiding Principle 2 - Economic

8. Livelihoods: Sustainable crop production intensification must constitute an option to improve living conditions in rural areas by providing alternative livelihoods throughout the value chain, wider access to markets and a better income while contributing to the preservation of the resource base.
9. Markets: Sustainable crop production intensification should contribute to the economic development of farming communities and seek to stimulate local economies through understanding and development of local, national and regional markets

Checklist 2 - Economic

Is the envisaged crop production intensification likely to:

1. Lead to profitability, livelihood support?
2. Consider economic dimension – input/output and support a better understanding of market and farm management options among farmers and communities?
3. Facilitate the development and uptake of agricultural approaches, practices, and technologies including mechanization in an integrated way, i.e. embedded in market driven economy and supported with knowledge creation/dissemination and provision of services?

 

Guiding Principle 3 - Environmental

10. Ecosystem function: Sustainable crop production intensification must not impair, but stabilize or enhance ecosystem structure and function, thereby leading to improved ecosystem services  to increase opportunities for production.
11. Soils: Sustainable crop production intensification must be managed to enhance soil ecosystems, improving soil health and fertility and reversing degradation and pollution of land. 
12. Water: Sustainable crop production intensification must contribute to maintaining and improving, and efficiently utilizing, water resources (quantity, access, stability and quality), especially promoting practices that minimize risks of water pollution from agrochemicals.
13. Biodiversity: Sustainable crop production intensification must respect the integrity of areas of high conservation value, and enhance the management of agricultural biodiversity (e.g. plant genetic resources for food and agriculture, seeds, pollinators, soil biodiversity, natural enemies as well as wildlife).
14. Climate Change and Air Quality: Sustainable crop production intensification must be managed to increase adaptation to climate change, reduce greenhouse gas emissions and ozone-depleting substances to a minimum possible and seek to minimize contributions to air pollution and reductions in air quality.
15. Energy and Waste Management: Sustainable crop production intensification must be managed to ensure reduction in fossil fuel-based inputs, efficient application of energy and energy-based inputs, recycling of waste and the use of appropriate renewable energies where possible. It should promote appropriate waste management, safe storage of agricultural inputs, minimize non-usable wastes and dispose of them responsibly.

Checklist 3 – Environment

1. Do you have management plans for soil, water, biodiversity, climate change, energy, waste management?
2. Does the envisaged crop production intensification use agricultural approaches, practices and technologies that will:

Ecosystems/Biodiversity

a. Conserve and/or enhance ecosystem structure and functions, leading to the improvement of ecosystem services and for its sustainable management to increase opportunities for production?
b. Consider the sustainable management of ecosystem services to increase opportunity for production?
c. Reduce negative impacts on crop and crop-associated biodiversity, soil, water and air quality through the use of appropriate agricultural approaches, practices and technologies management?
d. Introduce preventive measures that reduce degradation and depletion of natural resources, protect natural ecosystems and biodiversity, protect human health and reduce risk?
e. Adhere to established standards or codes of good farming practices for the use of technologies and inputs?
f. Minimize negative impact of the production sites on the surrounding ecosystems and maximize the positive impact of use and management of the surrounding ecosystems on the production site?
g. Protect High Conservation Value areas, native ecosystems, ecological corridors and other biological conservation areas?
h. Occur in high productivity regions?
i. Enhance the management of agricultural biodiversity?
a. Seeds
b. Plant genetic resources
c. Soil biodiversity
d. Pollinators
e. Natural enemies

Soil Health and Productive Capacity

j. Implement soil management practices that seek to improve soil health?
k. Enhance soil organic matter content to its optimal level under local conditions?
l. Enhance the physical, chemical, and biological health of the soil to its optimal level under local conditions?
m. Increase the efficiency of input use, particularly fertilizers and reduce emissions into the environment in solid, liquid or gaseous form?
n. Minimize the use of non-renewable energy and improves overall energy efficiency (including the use of nitrogen fixing crops/organisms to reduce mineral N fertilizer use)?
o. Manage wastes and byproducts from processing units such that soil health is not damaged?

Water Use and Productivity

p. Be water use-efficient by promoting crops and cultural practices that are more efficient under local conditions or by promoting the efficient use of water resources, including the modernization of irrigation schemes if appropriate?
q. Improve the efficiency of available water resources?
r. Not directly or indirectly contaminate or deplete water resources, nor violate existing water rights both legal (formal) and customary?
s. Include a water management plan appropriate to the scale and intensity of production?
t. Enhance the quality of water resources to their optimal level under local conditions?

Pest Management

u. Reduce the reliance on chemical pest control agents for pest management, using an ecosystem approach such as IPM?

Air

v. Use low energy consumption agricultural approaches, practices and technologies or promote bioenergy sources?
w. Reduce GHG emissions and air pollution including dust, contributing to improved air quality?
x. Enhance the quality of air to its optimal level under local conditions?
y. Affect neither ecosystems surrounding the production site nor human populations?
z. Minimize air pollution from machines used along agricultural value chain?
aa. Establish input-output plans for farm energy, nutrients, and agrochemicals to ensure efficient use and safe disposal?

Waste

ab. Address waste issues related to:
 - energy
 - mechanization
 - external inputs (e.g. fertilizers, pesticides)?

Sustainable Crop Production Intensification

Core Themes