Green Food Crisis Regardless of the war in Ukraine and a global food price shock, the EU is moving forward with its plan to cut by half the use of “risky” pesticides by 2030. The goal is to replace them with “safe and sustainable alternatives.” For some, it looks like adding a food crisis to go along with the current energy crisis in Europe. The plan expects member states to pick their own targets for reduction, rather than a one size fits all approach. However, current pesticide usage is highly disparate with the Netherlands using four times as much pesticide per hectare as Poland, and Ireland utilizing nearly twice the amount as Austria. The plan says bigger users will be expected to do more, but those appl...
Kolkwitzia amabilis /kɒlˈkwɪtsiə əˈmæbɪlɪs/,[2] commonly known as beauty bush, is a species of flowering plant in the family Caprifoliaceae. It is the sole species in genus Kolkwitzia.[1] It is a deciduous shrub grown as an ornamental plant. In China, where it originated, the plant is cal...
Gloriosa is a genus of 12 species in the plant family Colchicaceae, and includes the formerly recognised genus Littonia. They are native in tropical and southern Africa to Asia, and naturalised in Australia and the Pacific as well as being widely cultivated.[3] The most common English names are...
Lobelia (/loʊˈbiːliə, lə-/[4][5][6]) is a genus of flowering plants in the family Campanulaceae comprising 415 species,[7] with a subcosmopolitan distribution primarily in tropical to warm temperate regions of the world, a few species extending into cooler temperate regions.[8] They are known g...
The Hoffmann's two-toed sloth (Choloepus hoffmanni), also known as the northern two-toed sloth, is a species of sloth from Central and South America. It is a solitary, largely nocturnal and arboreal animal, found in mature and secondary rainforests and deciduous forests. The common name commemo...
From WPI Consulting
Forecasting developments in production agriculture
On behalf of a private U.S. agricultural technology provider, WPI’s team generated an econometric model to forecast the movement of concentrated corn production north and west from the traditional U.S. Corn Belt. WPI’s model has subsequently provided quantitative support to a multi-million-dollar investment into short-season corn variety development. WPI’s methodology included a series of interviews with regional grain elevators and seed consultants. Emphasizing outreach and communication with stakeholders who possess intimate sectoral knowledge – on-the-ground insights – is a regular component of WPI’s methodologies, made possible by WPI’s ever-growing network of industry contacts.