Sentence examples for harvest frequency from inspiring English sources

We evaluated the effects of harvest frequency and nutrient sources on yield and quality of switchgrass for biofuel feedstock.

Our findings demonstrate the necessity of a comprehensive management strategy for blackberries, requiring additional efforts to current chemical-intensive management regimes, including cultural management practices such as pruning, harvest frequency, and post-harvest cooling.

Classification and Regression Tree (CART) analysis ranked reforestation method as the strongest predictor of long-term mean total aboveground carbon storage, while harvest frequency, and stand age were selected as secondary variables.

These factors were mainly related to aspects such as type and location of the forests, albedo changes after harvesting, level of climate intensity, harvest frequency, rotation length, conversion technology or type of systemic feedback and direct and indirect impacts [5 7, 34 36].

To detect plastic responses to defoliation, the harvest programme was conducted with a more intense harvest frequency, bracketing the day when the treatment (i.e. defoliation) was imposed (e.g. Shipley 2000; Useche and Shipley 2010 a, b ).

Harvest frequency (see Menges et al. 2004) is particularly important in these habitats, because recruitment failure could occur if a site was collected heavily just prior to a major recruitment opportunity.

The main plot treatments were two harvest frequencies single (June), and twice (June and November).

This research evaluates the effects of reforestation pathways (planting vs. natural regeneration), management regimes (long-term low harvest intensities at varied harvest frequencies), and stand development trajectories on biomass outcomes and late-successional habitat.

Of the harvest treatments, those favoring high levels of structural retention and decreased harvesting frequency stored the greatest amounts of carbon.

Postbuckling response, long considered mainly as a failure limit state is gaining increased interest for smart applications, such as energy harvesting, frequency tuning, sensing, actuation, etc.

Model simulations that assume a harvesting frequency of 30 years all produced landscapes within 2% of the actual forest cover in 1993, the end point of the study period.