The phrase "appropriate method for estimating" is correct and usable in written English.
It can be used when discussing a suitable technique or approach for making an estimation in various contexts, such as research, statistics, or project planning.
Example: "In our study, we identified the appropriate method for estimating the population size to ensure accurate results."
Alternatives: "suitable technique for estimating" or "correct approach for estimating".
We suggest that measures of N estimated from remote methods use N per unit area as the metric and that reference directly to canopy %N is not an appropriate method for estimating plant concentration without first accounting for the N dilution effect.
Turner et al. (2007) proposed that the MRIO accounting approach was the most appropriate method for estimating ecological footprints.
They found the stratified two-phase sampling as the most precise and appropriate method for estimating surface area and biomass for a young eastern white pine forest.
This study proved that the ordinary kriging is an appropriate method for estimating the values and producing reliable data and increasing the accuracy of assessment.
In particular, sampling sea levels and bread prices at times other than t is not an appropriate method for estimating these probabilities, since we are not sampling from a stationary distribution.
Fig. 1 Global solar radiation of Abeche Fig. 2 Global solar radiation of N'Djamena Fig. 3 Global solar radiation of Ati Fig. 4 Global solar radiation of Bokoro Fig. 5 Global solar radiation of Moussoro Fig. 6 Global solar radiation of Mongo. Figure 7 presents the monthly changes in clearness index for each site according to the appropriate method for estimating global solar radiation.
However, it seems that appropriate methods for estimating the effect of various design measures on construction waste reduction with consideration of the interrelationships of potential design strategies are lacking.
Appropriate methods for estimating match probabilities and avoiding the assumption of independence between identifiers are currently being developed.
The need for defining an explicit and relevant clinical question, exhaustively searching for the totality of evidence, meticulous and unbiased data transfer or extraction, assessment of between study heterogeneity and the use of appropriate statistical methods for estimating summary effect measures are essentially the same for the two approaches.
Moreover, by appropriate choice of the method for estimating MF quantities, an inverse MF analysis is possible, that means, from a once derived MF spectrum of observed signal it is possible to recognize and extract parts of the signal which are characterized by particular values of multifractal parameters.
Here we describe a modification of this system and a method for estimating appropriate air flow rates based on animal weight and expected gas concentrations that will yield reliable results in a single neonatal rodent preparation.
