A Word on Waste: Part IV

Agriculture, Authors, Climate Change, Environment, Food Waste

This article is part of a four-part series on buying, storing, preserving and composting foods to prevent waste

There is no ‘away’ to throw things. When food ends up in landfills it decomposes anaerobically which releases methane, a greenhouse gas 25x more effective at trapping heat than carbon dioxide. Since Americans throw away around 150,000 tons of food every day, the effect on climate change is significant. Even when we do all we can to reduce food waste by buying only what we need, storing and preserving foods properly, we still end up with inedible scraps or things that have gone off. Here are some basics on composting to divert waste from the landfill. 

Combating Climate Change: Creating Climate-resilient Orchards

Agriculture, Climate Change, Environment, Julia Linder, Learn More

In my previous post of this Climate Change series, (see the first and second post here), I discussed how tree fruit growers in Michigan are faced with adapting to a “new normal” due to climate change. Pest and disease profiles are shifting, frost dates are less predictable, and precipitation is becoming more erratic. Growers adapt to these changes by implementing management strategies like wind machines and irrigation systems. 

A New Normal for Michigan Orchards

Climate Change, Environment, Julia Linder, Learn More

This is the second post of a three-part series. Before reading this, make sure you read the first post of the series here! To quickly recap, in the last article I mentioned how climate change will have unique impacts on tree fruit agriculture due to long-term growing requirements of growing perennials. This means that fruit growers also perceive unique risks from climate change, which is what this post will dive into.

How will Climate Change Impact Michigan’s Fruit Orchards?

Climate Change, Environment, Get Involved, Julia Linder

There has been a lot of discussion in recent years about how climate change in going to impact agriculture. The Midwest has been characterized by increasing average temperatures, earlier springs, and more frequent extreme precipitation events. For farmers, these changes will mean shifting growing seasons, flooded fields, and longer periods of drought.