Crop plan optimization under risk on a farm level in the Czech Republic

Abstract

Th e precise agricultural operations research models claiming complex solutions and specialized software tools may appear too complicated to truly support the decision making process on the farm level. Th e specifi c balance between the simplifi cations made and the correspondence to the real problem must be found when building decision support for a local farmer. In this paper, a decision support model for agricultural production planning in the Czech Republic is developed covering both the randomness of parameters entering the problem and the complex crop succession requirements. Crucially, the model can be approached using software tools commonly available to farmers. Th e structure of the simplifi ed model is described in detail, its validity proved by the recently suggested simulation procedures and the general applicability of the model structuring for a local agriculture decision support is discussed.

Optimization of Green Containerized Grain Supply Chain Transportation Problem in Ukraine Considering Disruption Scenarios

“…There are many pieces of research conducted on the topic of uncertainty in supply chain systems. For example, agricultural production planning under uncertainty in the Czech Republic was studied by Janová [19]. MIP has become a common tool for many scholars; for instance, Tsiakis et al [20] used mixed-integer programming to simulate a multi-echelon supply chain under demand uncertainty.…”

Evaluation of the state of the Business Intelligence among small Czech farms

“…Precision agriculture requires the research models such as the complex solutions and specialized software tools (Janová 2014). The ERP and CRM systems are the basic enterprise information systems for operational activities.…”

A Mathematical Model Proposal for Agricultural Planning on Pulses Production in Turkey

“…bu konuda genel kapsamlı bir doğrusal programlama modeli önermiştir veJanová (2014) ise yeni ardıllık kısıtları ortaya koymuştur. Ardından, literatürde fiyat avantajı sağlamak(Özer ve Özçelik, 2010), işlenmiş ürün açısından üretim miktarını ve karlılığı artırmak(Oruç ve Gülışık, 2013), arazi kullanım planlaması(Mishra ve ark., 2014; Zhang ve ark., 2019; Rajakal ve ark., 2021), kullanılacak uygun makine ekipmanlarını(Çiçek ve Sümer, 2016), hayvan türlerini ve yaşlarını belirlemek(Kara ve Eroğlu, 2018), ekonomik faktörlerin yanı sıra çevresel faktörleri dikkate almak (AydınEryılmaz ve Kılıç, 2018; Bournaris ve ark., 2015; Ermoliev ve ark., 2022; Torğul ve ark., 2021) gibi çeşitli planlama konuları da ele alınmıştır.Ancak, alandaki çalışmalar yaygın olarak belirli coğrafi bölgelerde üretilebilecek ürünlerin ideal üretim desenini belirlemek üzerine gerçekleştirilmiştir (Cardín-Petrosa ve Alvarez-López, 2012; Cid-Garcia ve ark.…”