The demand-side cooperation in the Finnish forest industry has attracted much research interest during the past decade. However, the upstream or supplier-side cooperation has been less studied. Because of the broad cooperative and coopetitive traditions, the Finnish forest industry constitutes an excellent case in studying cooperation conventions in different parts of the product or supply chain. This research investigates especially how downstream coopetition is reflected upstream, across the borders of supply-side markets such as those for labour and roundwood. An empirical analysis of market information suggests cross-border correlations and causalities, that is, indications of expanded supplier-side coopetition between the two markets.
- Inderscience Publishers
- Upstream coopetition in the finnish forest industry – the case ...
A flying river? How the Amazon Forest produces the largest flying river in the world
The Amazon Rainforest is worldwide known for its extraordinary biodiversity and large rivers. The facts speak for themselves. It is the largest tropical forest in the world, covering five million and a half square kilometers in nine countries, including Brazil, which presents 60% of the forest cover. It presents the highest biodiversity among all tropical forests in the world. One in ten known species in the world lives in the Amazon Rainforest. The Amazon basin is also the largest drainage basin in the world....
Waste management in a tropical forest - Case Study
Waste Challenge: A mine under construction in a lush tropical forest has operations that are spread over a large distance from the port to the mine. Incoming supplies, and thousands of construction workers living and working on-site, generate significant amounts of waste. Location: Central American Country ECO Solution: Two Eco Waste Oxidizers were supplied to manage the waste. The systems are located in a central location to minimize on-site handling and transport Special Feature – Ease of Use: The...
Forests worldwide at risk of dying due to drought
Forests worldwide are at increased risk of death from drought, which is occurring more frequently and are more severe, according to researchers at the University of Stirling in Scotland.Sarah Greenwood, a postdoctoral researcher in the University of Stirling’s Faculty of Natural Sciences, said:We can see that the death of trees caused by drought is consistent across different environments around the world. So, a thirsty tree growing in a tropical forest and one in a temperate forest, such as those we find...
Biomass is Carbon Neutral – What Does This Mean for Sustainability?
The topic of climate change is not without its fair share of controversy, and while there are dozens of conflicting scientific and political perspectives at play, one positive that has emerged from the chaos is that the average global citizen is far more aware of the importance of sustainability and environmental responsibility than perhaps ever before. This has trickled into the realm of official policy making, as developed nations all over the world have begun to turn their attention towards diversifying their...
Biomass harvesting: how forest thinning can help prevent wildfires
Every year, wildfires plague the nation. Once there’s an ignition source, dry foliage in country areas can quickly go up in flames, spreading through woodlands or grasslands quickly. While some wildfires can be small, others can be devastating and blaze through thousands of acres.While there’s no way to predict where wildfires may start, there are ways to minimize the damage of risk-prone areas. One great way to reduce wildfire hazards is biomass harvesting.In this blog, we’ll discuss wildfires,...