In this chapter, we examine how farming technologies move between places and how they are unpacked and 'grounded' in particular spaces and contexts. We argue that a better understanding of how this process occurs helps to shed light on a source of contestation within agronomy. We discuss two farming technologies that have been at the centre of controversial debates among experts, policy makers and the wider public : the System of Rice Intensification (SRI) and drip irrigation. We argue that these technologies have been contested partly because important social dimensions have been neglected, which have led to the technologies being configured and appreciated differently in different sites. Here, we use the term sites to include farmers'fiel...
The context in which agronomy research takes place has changed fundamentally over the last 40 years,...
Agricultural systems are at the heart of developing country economies and family livelihoods. A rapi...
It is now widely accepted that technological change is a necessary although by no means sufficient c...
In this chapter, we examine how farming technologies move between places and how they are unpacked a...
In this chapter, we examine how farming technologies move between places and how they are unpacked a...
Over the last decade there has been renewed interest in food security and the state of the global fo...
Most research on drip irrigation use plot-level studies to demonstrate the technology's ability to s...
How do scientists respond to ideas that emerge outside the formal agricultural research system? This...
This paper is motivated by two broad questions: how is technology transferred from academia to non-a...
Initially associated with hi-tech irrigated agriculture, drip irrigation is now being used by a much...
This paper is motivated by two broad questions: how is technology transferred from academia to non-a...
Initially associated with hi-tech irrigated agriculture, drip irrigation is now being used by a much...
Agricultural science and technology (S&T) is under great scrutiny. Reorientation towards more holist...
Initially associated with hi-tech irrigated agriculture, drip irrigation is now being used by a much...
Part II, chapter 12Farming Systems Research has three core characteristics: it builds on systems thi...
The context in which agronomy research takes place has changed fundamentally over the last 40 years,...
Agricultural systems are at the heart of developing country economies and family livelihoods. A rapi...
It is now widely accepted that technological change is a necessary although by no means sufficient c...
In this chapter, we examine how farming technologies move between places and how they are unpacked a...
In this chapter, we examine how farming technologies move between places and how they are unpacked a...
Over the last decade there has been renewed interest in food security and the state of the global fo...
Most research on drip irrigation use plot-level studies to demonstrate the technology's ability to s...
How do scientists respond to ideas that emerge outside the formal agricultural research system? This...
This paper is motivated by two broad questions: how is technology transferred from academia to non-a...
Initially associated with hi-tech irrigated agriculture, drip irrigation is now being used by a much...
This paper is motivated by two broad questions: how is technology transferred from academia to non-a...
Initially associated with hi-tech irrigated agriculture, drip irrigation is now being used by a much...
Agricultural science and technology (S&T) is under great scrutiny. Reorientation towards more holist...
Initially associated with hi-tech irrigated agriculture, drip irrigation is now being used by a much...
Part II, chapter 12Farming Systems Research has three core characteristics: it builds on systems thi...
The context in which agronomy research takes place has changed fundamentally over the last 40 years,...
Agricultural systems are at the heart of developing country economies and family livelihoods. A rapi...
It is now widely accepted that technological change is a necessary although by no means sufficient c...